id	sid	tid	token	lemma	pos
work_rmstoyjlpfgqjeef3lvxbzoaua	1	1	Microsoft	Microsoft	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	2	PowerPoint	PowerPoint	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	3	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	4	HP2006.ppt	HP2006.ppt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	5	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	6	PIETRO	PIETRO	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	7	FACCIOLI	FACCIOLI	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	8	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	9	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	10	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	1	11	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	12	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	13	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	14	Collaboration	Collaboration	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	15	Università	Università	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	16	di	di	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	1	17	Bologna	Bologna	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	18	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	19	INFN	INFN	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	20	PPIETROIETRO	PPIETROIETRO	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	21	FFACCIOLIACCIOLI	FFACCIOLIACCIOLI	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	22	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	23	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	24	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	25	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	1	26	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	27	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	1	28	HERAHERA	HERAHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	29	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	1	30	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	31	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	32	CollaborationCollaboration	CollaborationCollaboration	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	33	Università	Università	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	34	di	di	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	1	35	Bologna	Bologna	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	36	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	37	INFNUniversità	INFNUniversità	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	38	di	di	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	1	39	Bologna	Bologna	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	40	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	41	INFN	INFN	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	42	Charmonium	Charmonium	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	43	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	44	open	open	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	45	charm	charm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	46	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	47	beauty	beauty	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	48	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	49	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	50	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	51	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	52	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	53	Charmonium	Charmonium	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	54	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	55	open	open	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	56	charm	charm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	57	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	58	beauty	beauty	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	59	Charmonium	Charmonium	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	60	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	61	open	open	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	62	charm	charm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	63	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	64	beauty	beauty	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	65	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	66	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	67	HERAproduction	heraproduction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	68	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	69	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	70	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	1	71	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	72	June	June	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	73	14	14	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	74	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	75	2006	2006	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	76	Asilomar	Asilomar	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	77	Conference	Conference	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	78	Grounds	Grounds	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	79	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	80	Pacific	Pacific	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	81	Grove	Grove	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	82	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	83	California	California	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	84	June	June	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	85	14	14	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	86	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	87	2006	2006	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	88	Asilomar	Asilomar	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	89	Conference	Conference	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	90	Grounds	Grounds	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	91	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	92	Pacific	Pacific	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	93	Grove	Grove	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	94	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	95	California	California	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	96	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	97	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	98	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	99	B	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	100	detector	detector	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	101	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	102	physics	physics	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	103	topics	topic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	104	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	105	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	106	comparison	comparison	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	107	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	108	previous	previous	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	109	experiments	experiment	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	110	outlineoutline	outlineoutline	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	111	heavier	heavy	JJR
work_rmstoyjlpfgqjeef3lvxbzoaua	1	112	states	states	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	113	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	114	heavier	heavy	JJR
work_rmstoyjlpfgqjeef3lvxbzoaua	1	115	states	state	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	116	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	117	feeddownfeeddown	feeddownfeeddown	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	118	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	119	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	120	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	121	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	122	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	123	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	124	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	125	ψ′/ψ	ψ′/ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	126	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	127	kinematics	kinematics	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	128	fraction	fraction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	129	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	130	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	131	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	132	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	133	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	134	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	135	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	136	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	137	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	138	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	139	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	140	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	141	productionproduction	productionproduction	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	142	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	143	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	144	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	145	distributions	distribution	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	146	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	147	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	148	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	149	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	150	newnew	newnew	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	151	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	1	152	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	1	153	decaydecay	decaydecay	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	1	154	angularangular	angularangular	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	155	distributionsdistributions	distributionsdistribution	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	156	fraction	fraction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	157	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	158	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	159	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	160	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	161	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	162	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	163	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	164	decays	decays	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	165	charmcharm	charmcharm	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	166	inclusive	inclusive	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	167	D0	d0	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	168	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	169	D+	d+	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	170	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	171	D*+	d*+	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	172	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	173	ratios	ratio	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	174	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	175	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	176	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	177	highest	high	JJS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	178	energy	energy	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	179	among	among	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	180	fixed	fix	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	181	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	182	target	target	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	183	experiments	experiment	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	184	often	often	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	1	185	unclear	unclear	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	186	experimental	experimental	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	187	picture	picture	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	188	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	189	especially	especially	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	1	190	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	191	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	192	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	193	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	194	collisions	collision	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	195	test	test	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	196	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	197	models	model	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	198	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	199	pQCD	pqcd	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	200	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	201	initial	initial	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	202	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	203	final	final	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	204	state	state	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	205	interactions	interaction	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	206	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	207	nuclei	nucleus	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	208	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	209	largest	large	JJS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	210	χc	χc	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	211	statistics	statistic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	212	analyzed	analyze	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	213	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	214	hadron	hadron	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	215	collisions	collision	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	216	largest	large	JJS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	217	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	218	statistics	statistic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	219	analyzed	analyze	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	220	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	221	hadron	hadron	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	222	collisions	collision	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	223	first	first	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	224	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	225	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	226	negative	negative	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	227	xFfirst	xFfirst	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	228	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	229	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	230	negative	negative	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	231	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	232	observation	observation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	233	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	234	low	low	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	235	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	236	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	237	/|xF|	/|xf|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	238	effects	effect	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	239	observation	observation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	240	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	241	low	low	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	242	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	1	243	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	244	/|xF|	/|xf|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	245	effects	effect	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	246	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	247	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	248	m	m	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	249	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	250	m20	m20	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	251	m	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	252	target	target	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	253	wires	wire	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	254	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	255	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	256	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	257	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	258	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	259	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	260	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	261	target	target	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	262	wires	wire	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	263	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	264	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	265	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	266	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	267	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	268	W)MagnetMagnet	W)MagnetMagnet	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	269	TrackingTracking	TrackingTracking	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	270	good	good	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	271	PID	pid	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	272	good	good	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	273	PID	pid	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	274	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	275	e±	e±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	276	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	277	μ±	μ±	JJR
work_rmstoyjlpfgqjeef3lvxbzoaua	1	278	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	279	π	π	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	280	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	281	K	K	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	282	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	1	283	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	284	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	285	√s	√s	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	286	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	287	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	288	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	289	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	290	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	291	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	292	÷	÷	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	293	184	184	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	294	large	large	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	295	acceptancelarge	acceptancelarge	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	296	acceptance	acceptance	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	297	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	298	15	15	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	299	-	-	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	300	220	220	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	301	mrad	mrad	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	302	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	303	high	high	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	304	resolutionhigh	resolutionhigh	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	305	resolution	resolution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	306	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	307	top	top	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	308	view	view	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	309	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	310	electrons	electron	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	311	fixed	fix	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	312	nuclear	nuclear	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	313	fixed	fix	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	314	nuclear	nuclear	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	315	targettarget	targettarget	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	316	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	1	317	HERAthe	herathe	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	1	318	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	319	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	1	320	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	321	detectorB	detectorB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	322	detector	detector	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	323	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	1	324	photon	photon	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	325	reconstruction	reconstruction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	326	ECALECAL	ECALECAL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	327	MUONMUON	MUONMUON	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	328	RICHRICH	richrich	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	329	920	920	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	330	GeV	GeV	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	331	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	332	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	333	protons	proton	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	334	920	920	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	335	GeV	GeV	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	336	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	337	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	338	protons	proton	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	1	339	Vertex	Vertex	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	340	Detector	Detector	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	341	Vertex	Vertex	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	342	Detector	Detector	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	343	4	4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	344	mμμ	mμμ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	345	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	346	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	347	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	1	348	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	349	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	350	0.4	0.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	351	0.6	0.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	352	0.8	0.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	353	1.0	1.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	354	1.2	1.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	355	800	800	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	356	600	600	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	357	400	400	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	358	200	200	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	359	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	1	360	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	361	n	n	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	362	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	1	363	ie	ie	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	1	364	s	s	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	1	365	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	1	366	a	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	1	367	.u	.u	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	1	368	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	1	369	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	1	mμμ	mμμ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	2	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	3	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	4	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	5	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	6	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	7	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	8	7	7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	9	8	8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	10	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	11	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	12	11	11	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	13	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	14	102	102	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	15	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	16	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	17	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	18	-	-	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	19	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	20	mee	mee	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	21	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	22	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	23	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	24	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	25	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	26	2.5	2.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	27	3.0	3.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	28	3.5	3.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	29	4.0	4.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	30	4.5	4.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	31	103	103	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	32	102	102	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	33	104	104	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	34	••	••	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	35	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	36	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	37	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	38	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	39	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	40	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	41	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	42	χχcc	χχcc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	43	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	44	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	45	ψψ′′	ψψ′′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	46	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	47	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	48	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	49	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	2	50	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	51	••	••	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	52	DDoo	DDoo	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	53	→→	→→	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	54	μμ++μμ−−	μμ++μμ−−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	55	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	56	FCNC	FCNC	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	57	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	58	••	••	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	59	inclusive	inclusive	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	2	60	inclusive	inclusive	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	2	61	bb	bb	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	62	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	63	••	••	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	64	ϒϒ	ϒϒ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	65	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	66	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	67	φφ	φφ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	68	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	69	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	2	70	ρρ//ωω	ρρ//ωω	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	2	71	dilepton	dilepton	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	72	trigger	trigger	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	73	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	2	74	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	75	150·106	150·106	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	76	eventsdilepton	eventsdilepton	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	77	trigger	trigger	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	78	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	2	79	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	80	150·106	150·106	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	81	events	event	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	2	82	ψψ′′	ψψ′′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	83	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	84	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	85	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	86	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	87	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	88	ρρ//ωω	ρρ//ωω	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	2	89	φφ	φφ	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	2	90	ϒϒ(1S)(1S	ϒϒ(1s)(1s	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	91	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	92	ϒϒ(2(2	ϒϒ(2(2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	93	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	2	94	-3S)3S	-3S)3S	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	95	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	96	two	two	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	97	independent	independent	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	2	98	channels	channel	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	2	99	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	100	e+e−	e+e−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	101	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	102	μ+μ−)two	μ+μ−)two	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	103	independent	independent	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	2	104	channels	channel	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	2	105	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	106	e+e−	e+e−	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	107	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	108	μ+μ−	μ+μ−	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	109	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	110	physics	physics	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	111	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	112	HERAphysics	heraphysic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	2	113	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	114	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	115	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	2	116	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	117	~50k	~50k	.
work_rmstoyjlpfgqjeef3lvxbzoaua	2	118	φφ	φφ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	119	→	→	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	120	KK	KK	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	121	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	122	1.02	1.02	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	123	1.04	1.04	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	124	1.06	1.06	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	125	1.08	1.08	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	126	mKK	mKK	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	2	127	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	128	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	129	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	2	130	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	131	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	132	4000	4000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	133	3000	3000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	134	2000	2000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	135	1000	1000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	136	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	2	137	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	138	n	n	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	2	139	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	2	140	ie	ie	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	2	141	s	s	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	2	142	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	2	143	a	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	2	144	.u	.u	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	2	145	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	2	146	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	3	1	••	••	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	2	KKss	KKss	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	3	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	4	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	5	KK	KK	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	6	*	*	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	7	*	*	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	8	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	9	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	10	ΛΛ	ΛΛ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	11	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	12	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	13	φφ	φφ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	14	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	15	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	16	ΞΞ++--	ΞΞ++--	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	17	•	•	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	18	pentaquarks	pentaquark	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	3	19	••	••	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	20	DDoo	DDoo	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	21	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	22	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	23	DD++	DD++	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	24	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	25	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	26	DD*+*+	DD*+*+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	27	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	28	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	3	29	DDss	DDss	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	30	••	••	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	31	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	32	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	3	33	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	34	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	3	35	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	36	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	37	210·106	210·106	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	3	38	minimum	minimum	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	3	39	bias	bias	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	40	events~	events~	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	41	210·106	210·106	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	3	42	minimum	minimum	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	3	43	bias	bias	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	44	events	event	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	3	45	‘	'	``
work_rmstoyjlpfgqjeef3lvxbzoaua	3	46	hard	hard	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	3	47	photon	photon	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	48	’	'	''
work_rmstoyjlpfgqjeef3lvxbzoaua	3	49	trigger	trigger	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	50	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	3	51	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	52	35·106	35·106	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	3	53	events	event	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	3	54	‘	'	``
work_rmstoyjlpfgqjeef3lvxbzoaua	3	55	hard	hard	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	3	56	photon	photon	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	57	’	'	''
work_rmstoyjlpfgqjeef3lvxbzoaua	3	58	trigger	trigger	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	59	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	3	60	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	61	35·106	35·106	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	3	62	events	event	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	3	63	E	E	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	64	d	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	65	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	3	66	σ	σ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	67	/d	/d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	68	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	3	69	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	3	70	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	3	71	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	3	72	.u	.u	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	3	73	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	3	74	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	1	MinBias	MinBias	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	2	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	4	3	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	4	4	run	run	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	4	5	20478	20478	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	6	HP	HP	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	7	trigger	trigger	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	8	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	4	9	run	run	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	4	10	20595	20595	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	11	ET	ET	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	12	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	13	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	14	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	15	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	16	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	17	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	18	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	19	4	4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	20	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	21	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	22	7	7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	23	8	8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	24	pC	pc	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	25	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	26	γγX	γγx	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	27	107	107	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	28	105	105	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	29	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	30	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	31	-	-	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	32	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	33	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	34	-	-	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	35	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	36	103	103	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	37	directdirect	directdirect	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	38	γγ	γγ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	39	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	4	40	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	4	41	ππ	ππ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	42	oo	oo	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	4	43	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	4	44	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	4	45	ηη	ηη	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	46	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	47	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	48	four	four	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	49	different	different	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	4	50	nuclei	nucleus	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	4	51	e+e−	e+e−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	52	μ+μ−μ+μ−	μ+μ−μ+μ−	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	53	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	54	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	55	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	56	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	57	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	58	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	59	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	4	60	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	4	61	ψ′ψ′	ψ′ψ′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	62	signalssignals	signalssignal	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	4	63	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	64	n	n	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	65	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	66	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	67	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	68	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	69	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	70	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	71	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	72	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	73	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	74	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	75	/c	/c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	76	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	77	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	78	m(μ+μ−	m(μ+μ−	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	79	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	80	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	81	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	82	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	83	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	84	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	85	103	103	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	86	104	104	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	87	2.8	2.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	88	3.2	3.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	89	3.6	3.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	90	4.0	4.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	91	m(e+e−	m(e+e−	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	92	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	93	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	94	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	95	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	96	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	97	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	98	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	99	n	n	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	4	100	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	101	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	102	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	103	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	104	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	105	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	106	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	107	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	108	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	109	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	110	/c	/c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	111	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	112	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	113	103	103	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	114	104	104	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	115	2.5	2.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	116	3.0	3.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	117	3.5	3.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	118	4.0	4.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	119	~	~	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	120	120	120	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	121	000	000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	122	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	123	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	124	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	125	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	126	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	127	200	200	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	128	ψ′	ψ′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	129	σJ	σJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	130	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	131	ψ	ψ	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	132	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	133	64	64	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	134	MeV	mev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	135	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	136	120	120	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	137	000	000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	138	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	139	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	140	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	141	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	142	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	143	200	200	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	144	ψ′	ψ′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	145	σJ	σJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	146	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	147	ψ	ψ	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	148	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	149	64	64	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	150	MeV	MeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	151	e+e−	e+e−	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	152	full	full	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	4	153	dilepton	dilepton	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	154	data	data	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	155	sample	sample	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	156	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	157	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	158	target	target	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	159	materials	material	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	4	160	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	161	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	162	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	163	ψJ	ψJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	164	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	165	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	166	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	167	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	168	ψ′ψ′ψ′	ψ′ψ′ψ′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	169	μ+μ−	μ+μ−	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	170	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	171	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	172	ψJ	ψJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	173	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	174	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	175	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	176	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	177	ψ′ψ′ψ′	ψ′ψ′ψ′	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	178	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	179	170	170	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	180	000	000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	181	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	182	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	183	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	184	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	185	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	186	000	000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	187	ψ′	ψ′	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	188	σJ	σJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	189	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	190	ψ	ψ	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	191	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	192	44	44	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	193	MeV	mev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	194	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	195	170	170	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	196	000	000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	197	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	198	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	199	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	200	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	201	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	202	000	000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	203	ψ′	ψ′	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	204	σJ	σJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	205	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	206	ψ	ψ	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	207	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	208	44	44	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	209	MeV	mev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	210	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	4	211	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	212	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	213	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	214	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	4	215	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	216	productionproduction	productionproduction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	217	kinematics	kinematic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	4	218	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	4	219	pkinematics	pkinematics	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	220	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	4	221	pTT	pTT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	222	distributiondistribution	distributiondistribution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	223	preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	4	224	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	4	225	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	226	di	di	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	227	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	4	228	electron	electron	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	4	229	channel	channel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	4	230	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	4	231	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	5	1	Compatible	compatible	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	5	2	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	5	3	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	5	4	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	5	5	di	di	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	5	6	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	5	7	muon	muon	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	5	8	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	5	9	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	5	10	not	not	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	5	11	shown	show	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	5	12	here	here	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	5	13	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	6	1	comparison	comparison	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	6	2	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	6	3	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	6	4	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	6	5	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	6	6	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	6	7	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	6	8	similar	similar	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	6	9	energy	energy	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	6	10	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	6	11	√s	√s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	6	12	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	6	13	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	6	14	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	6	15	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	6	16	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	6	17	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	6	18	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	7	1	u	u	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	7	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	7	3	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	1	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	2	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	3	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	4	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	5	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	6	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	7	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	8	T	T	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	9	d	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	10	dp	dp	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	11	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	12	A	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	8	13	197	197	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	14	184	184	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	15	48	48	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	16	28	28	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	17	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	18	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	19	E789	E789	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	8	20	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	21	Au	Au	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	22	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	23	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	24	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	25	Au	Au	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	26	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	27	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	28	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	29	Au	Au	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	30	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	31	CCC	CCC	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	32	E672	E672	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	33	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	34	E706	E706	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	35	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	36	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	37	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	38	E672	E672	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	39	/	/	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	40	E706	E706	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	41	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	42	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	43	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	44	E672	E672	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	45	/	/	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	46	E706	E706	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	47	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	48	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	49	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	50	TiTiTi	TiTiTi	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	51	WWW	WWW	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	52	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	53	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	54	Si	Si	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	55	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	56	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	57	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	58	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	59	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	60	SiSi	SiSi	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	61	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	62	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	63	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	64	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	8	65	BHERAHERA	BHERAHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	66	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	8	67	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	68	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	69	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	70	T	t	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	71	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	72	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	73	G	g	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	74	eV	ev	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	75	/c	/c	.
work_rmstoyjlpfgqjeef3lvxbzoaua	8	76	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	77	A	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	8	78	increase	increase	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	79	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	80	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	81	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	82	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	83	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	84	A	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	8	85	increase	increase	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	86	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	87	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	88	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	89	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	8	90	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	91	A	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	8	92	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	93	Si	Si	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	94	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	95	Au	Au	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	96	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	97	Be	be	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	98	7	7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	99	xxFF	xxff	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	100	distributiondistribution	distributiondistribution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	101	Preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	8	102	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	8	103	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	104	e+e−	e+e−	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	105	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	106	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	8	107	compared	compare	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	108	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	109	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	110	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	8	111	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	112	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	8	113	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	114	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	115	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	116	first	first	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	8	117	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	8	118	centred	centre	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	119	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	120	negative	negative	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	8	121	xF	xF	.
work_rmstoyjlpfgqjeef3lvxbzoaua	8	122	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	123	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	124	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	125	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	8	126	Cu	cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	127	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	128	E789E789	E789E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	129	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	130	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	131	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	8	132	Cu)(Be	cu)(be	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	133	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	8	134	Cu	cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	135	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	136	E672/706	E672/706	.
work_rmstoyjlpfgqjeef3lvxbzoaua	8	137	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	138	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	139	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	140	E672/706E672/706	E672/706E672/706	.
work_rmstoyjlpfgqjeef3lvxbzoaua	8	141	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	142	Be)(Be	Be)(Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	143	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	144	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	145	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	146	Si)E771E771	si)e771e771	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	147	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	148	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	149	SiSi	SiSi	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	150	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	151	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	152	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	153	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	154	Au)E789E789	Au)E789E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	155	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	156	Au)(Au	au)(au	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	157	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	158	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	159	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	8	160	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	161	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	162	C)HERA	c)hera	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	163	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	8	164	B	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	165	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	166	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	167	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	8	168	CC	CC	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	169	TiTi	TiTi	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	170	WW	WW	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	171	8AA	8aa	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	172	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	8	173	dependencedependence	dependencedependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	174	xF	xF	.
work_rmstoyjlpfgqjeef3lvxbzoaua	8	175	E866	E866	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	176	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	177	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	178	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	179	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	180	Fe	fe	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	8	181	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	182	W	w	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	183	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	184	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	185	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	186	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	187	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	188	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	189	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	190	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	191	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	192	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	193	E772	E772	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	194	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	195	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	196	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	197	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	198	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	199	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	200	Ca	Ca	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	201	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	202	Fe	Fe	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	203	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	204	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	205	NA50	NA50	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	206	29.1	29.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	207	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	208	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	209	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	210	Al	Al	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	211	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	212	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	213	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	214	Ag	Ag	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	215	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	216	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	217	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	218	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	219	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	220	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	221	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	222	Pt	Pt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	223	E866	e866	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	224	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	225	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	226	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	227	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	228	Fe	fe	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	8	229	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	230	W	w	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	231	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	232	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	233	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	234	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	235	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	236	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	237	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	238	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	239	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	240	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	241	E772	E772	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	242	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	243	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	244	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	245	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	246	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	247	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	248	Ca	Ca	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	249	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	250	Fe	Fe	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	251	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	252	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	253	NA50	NA50	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	254	29.1	29.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	255	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	8	256	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	8	257	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	258	Al	Al	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	259	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	260	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	261	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	262	Ag	Ag	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	263	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	264	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	265	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	266	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	8	267	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	268	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	269	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	8	270	Pt	Pt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	271	α	α	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	272	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	8	273	RR	RR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	8	274	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	9	1	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	10	1	Vogt	Vogt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	10	3	PRC	PRC	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	4	61	61	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	5	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	6	2000	2000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	7	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	8	035203	035203	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	9	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	10	10	NP	NP	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	11	A700	A700	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	12	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	13	2002	2002	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	14	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	15	539Vogt	539vogt	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	16	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	10	17	PRC	PRC	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	18	61	61	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	19	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	20	2000	2000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	21	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	22	035203	035203	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	23	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	10	24	NP	NP	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	25	A700	A700	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	10	26	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	27	2002	2002	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	28	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	10	29	539	539	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	10	30	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	10	31	K.GK.G.	K.GK.G.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	11	1	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	12	1	BoreskovBoreskov	BoreskovBoreskov	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	12	2	&	&	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	12	3	&	&	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	12	4	A.B.	A.B.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	13	1	A.B.	A.B.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	1	Kaidalov	Kaidalov	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	3	Kaidalov	Kaidalov	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	4	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	5	JETPL	JETPL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	6	JETPL	JETPL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	7	77	77	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	8	77	77	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	9	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	10	2003	2003	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	11	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	12	599(2003	599(2003	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	13	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	14	599	599	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	15	B&KB&K	b&kb&k	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	16	B&K	B&K	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	17	Vogt	Vogt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	18	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	14	19	final	final	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	20	state	state	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	21	absorptionVogt	absorptionVogt	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	14	22	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	14	23	final	final	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	24	state	state	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	25	absorption	absorption	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	26	Models	Models	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	27	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	28	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	29	variants	variant	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	14	30	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	31	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	14	32	1.0	1.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	33	0.9	0.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	34	0.8	0.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	35	0.7	0.7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	36	-0.4	-0.4	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	37	-0.3	-0.3	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	38	-0.2	-0.2	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	39	-0.1	-0.1	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	40	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	41	0.1	0.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	42	0.2	0.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	43	0.3	0.3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	44	0.4	0.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	45	0.5	0.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	46	0.6	0.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	47	0.7	0.7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	48	0.8	0.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	49	-0.4	-0.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	50	-0.3	-0.3	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	51	-0.2	-0.2	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	52	-0.1	-0.1	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	53	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	54	0.1	0.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	55	0.2	0.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	56	0.3	0.3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	57	0.4	0.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	58	0.5	0.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	59	0.6	0.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	60	0.7	0.7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	61	0.8	0.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	62	1.0	1.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	63	0.9	0.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	64	0.8	0.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	65	0.7	0.7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	66	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	67	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	68	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	69	preliminary	preliminary	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	70	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	71	di	di	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	72	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	73	muon	muon	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	74	channel	channel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	75	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	76	carbon+tungsten	carbon+tungsten	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	77	double	double	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	78	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	79	wire	wire	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	80	runs	run	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	14	81	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	82	errors	error	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	14	83	statistical	statistical	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	84	only	only	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	14	85	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	86	decaydecay	decaydecay	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	87	angularangular	angularangular	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	88	distributiondistribution	distributiondistribution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	89	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	14	90	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	14	91	polarizationpolarization	polarizationpolarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	92	framesframes	framesframe	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	14	93	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	94	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	14	95	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	96	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	97	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	98	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	14	99	hadron	hadron	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	100	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	101	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	102	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	103	n	n	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	104	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	105	CM	CM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	106	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	107	beam	beam	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	108	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	109	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	110	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	14	111	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	112	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	14	113	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	114	rest	rest	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	115	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	116	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	117	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	118	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	119	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	14	120	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	121	μ+	μ+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	122	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	123	as	as	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	124	seen	see	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	125	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	126	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	14	127	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	128	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	129	rest	rest	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	130	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	131	θ	θ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	132	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	133	axis	axis	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	134	bisector	bisector	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	135	between	between	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	136	beam	beam	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	137	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	14	138	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	139	–	–	:
work_rmstoyjlpfgqjeef3lvxbzoaua	14	140	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	141	target	target	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	14	142	directions	direction	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	14	143	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	144	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	14	145	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	146	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	14	147	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	148	rest	rest	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	149	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	14	150	Collins	Collins	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	151	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	152	Soper	Soper	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	153	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	154	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	14	155	CS”)Gottfried	CS”)Gottfried	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	156	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	157	Jackson	Jackson	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	158	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	159	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	14	160	GJ	GJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	161	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	14	162	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	14	163	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	14	164	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	165	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	14	166	helicity	helicity	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	167	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	14	168	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	169	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	14	170	E615	E615	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	171	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	172	E672	E672	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	173	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	14	174	706	706	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	14	175	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	176	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	177	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	178	E537	E537	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	14	179	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	14	180	etc	etc	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	14	181	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	15	1	E866	E866	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	15	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	15	3	NA3	na3	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	15	4	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	15	5	etc	etc	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	15	6	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	16	1	CDF	CDF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	16	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	16	3	NA60	NA60	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	16	4	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	16	5	etc	etc	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	16	6	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	17	1	Il	Il	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	17	2	Nuovo	Nuovo	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	17	3	Cimento	Cimento	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	17	4	Vol	Vol	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	17	5	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	18	1	XXXIII	XXXIII	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	18	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	18	3	N.	N.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	18	4	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	18	5	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	18	6	1964	1964	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	18	7	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	18	8	Phys	phys	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	18	9	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	19	1	Rev.	Rev.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	1	D16	D16	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	20	3	2219	2219	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	4	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	5	1977	1977	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	6	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	7	target	target	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	20	8	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	9	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	10	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	20	11	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	12	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	13	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	14	rest	rest	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	15	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	16	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	17	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	18	-)J	-)J	:
work_rmstoyjlpfgqjeef3lvxbzoaua	20	19	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	20	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	21	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	22	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	23	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	20	24	lab	lab	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	25	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	26	refor	refor	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	27	mula	mula	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	28	ted	ted	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	29	as	as	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	30	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	31	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	32	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	33	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	34	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	35	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	36	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	37	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	38	/4π	/4π	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	39	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	40	/4π	/4π	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	41	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	42	/4π	/4π	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	43	7	7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	44	/4π	/4π	.
work_rmstoyjlpfgqjeef3lvxbzoaua	20	45	2π	2π	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	46	−1/2	−1/2	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	20	47	1/2	1/2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	48	1−1	1−1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	49	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	50	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	51	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	52	cos2	cos2	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	53	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	54	dN	dN	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	55	d	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	56	θλ	θλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	57	+	+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	58	∝	∝	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	59	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	20	60	ϕλ	ϕλ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	61	ϕ	ϕ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	62	ϕ	ϕ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	63	ϕ	ϕ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	64	cosθ	cosθ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	65	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	66	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	67	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	68	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	69	dN	dN	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	70	d	d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	71	∝	∝	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	72	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	73	cos	cos	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	74	cos	cos	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	75	θ	θ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	76	λ	λ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	77	θ	θ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	78	θ	θ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	79	example	example	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	80	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	20	81	0>ϕλ	0>ϕλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	82	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	83	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	84	dN	dn	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	85	d	d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	86	d	d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	87	∝	∝	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	88	cos	cos	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	89	ϕθ	ϕθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	90	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	91	21	21	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	92	sin2	sin2	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	93	sin	sin	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	94	cos2sincos+	cos2sincos+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	95	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	96	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	97	θ	θ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	98	ϕθϕ	ϕθϕ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	99	θθ	θθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	100	θϕ	θϕ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	101	ϕλλλ	ϕλλλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	102	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	20	103	x	x	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	104	axis	axis	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	105	reaction	reaction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	106	plane)⊥	plane)⊥	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	107	example	example	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	108	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	20	109	0	0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	110	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	20	111	θλ	θλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	112	parametrizationparametrization	parametrizationparametrization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	113	=	=	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	20	114	0θϕλ	0θϕλ	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	115	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	116	0θϕλ	0θϕλ	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	117	11	11	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	118	λλ	λλ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	119	φφ	φφ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	120	~	~	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	121	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	122	00	00	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	123	BEAMBEAMBEAM	BEAMBEAMBEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	124	CSCSCS	cscscs	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	125	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	126	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	127	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	128	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	129	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	20	130	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	131	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	132	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	133	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	134	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	135	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	136	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	137	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	138	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	139	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	20	140	Pt	Pt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	141	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	142	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	143	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	20	144	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	145	E615	E615	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	146	21.8	21.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	147	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	148	π±-W	π±-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	149	p−-W	p−-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	150	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	151	π−W	π−w	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	152	E537	E537	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	153	15.4	15.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	154	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	155	p−-Be	p−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	156	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	157	π−Be	π−be	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	158	p−-Cu	p−-cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	159	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	160	π−Cu	π−Cu	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	161	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	162	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	163	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	164	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	165	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	20	166	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	167	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	168	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	169	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	170	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	171	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	172	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	173	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	174	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	175	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	20	176	Pt	Pt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	177	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	178	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	179	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	20	180	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	181	E615	E615	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	182	21.8	21.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	183	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	184	π±-W	π±-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	185	p−-W	p−-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	186	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	187	π−W	π−w	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	188	E537	E537	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	189	15.4	15.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	190	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	191	p−-Be	p−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	192	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	193	π−Be	π−be	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	194	p−-Cu	p−-cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	195	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	196	π−Cu	π−cu	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	197	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	198	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	199	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	200	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	201	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	202	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	203	//	//	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	20	204	λφ	λφ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	205	HCMHCMHCM	HCMHCMHCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	206	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	207	meaningmeaning	meaningmeaning	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	208	ofof	ofof	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	209	λλθφθφ	λλθφθφ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	20	210	The	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	20	211	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	20	212	natural	natural	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	213	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	20	214	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	215	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	216	has	have	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	217	λλ	λλ	TO
work_rmstoyjlpfgqjeef3lvxbzoaua	20	218	θφ	θφ	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	20	219	equal	equal	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	220	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	221	zero	zero	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	222	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	20	223	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	224	such	such	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	225	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	226	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	20	227	decay	decay	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	228	distribution	distribution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	229	is	be	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	230	symmetric	symmetric	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	231	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	20	232	is	be	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	20	233	described	describe	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	234	by	by	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	20	235	only	only	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	20	236	two	two	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	20	237	parameters	parameter	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	20	238	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	21	1	polar	polar	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	2	axisproduction	axisproduction	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	3	plane	plane	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	4	0	0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	5	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	21	6	θϕλ	θϕλ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	7	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	21	8	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	21	9	θλ	θλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	10	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	21	11	>	>	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	12	θλ	θλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	13	0>ϕλ	0>ϕλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	14	0>ϕλ	0>ϕλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	15	λλ	λλ	TO
work_rmstoyjlpfgqjeef3lvxbzoaua	21	16	θφ	θφ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	17	≠	≠	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	18	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	21	19	means	mean	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	21	20	that	that	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	21	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	21	22	axes	axis	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	21	23	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	24	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	21	25	current	current	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	21	26	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	27	are	be	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	21	28	not	not	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	21	29	principal	principal	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	21	30	axes	axis	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	21	31	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	32	symmetry	symmetry	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	33	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	34	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	21	35	angular	angular	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	21	36	distribution	distribution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	21	37	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	22	1	But	but	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	22	2	it	-PRON-	PRP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	3	is	be	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	4	always	always	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	22	5	possible	possible	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	6	to	to	TO
work_rmstoyjlpfgqjeef3lvxbzoaua	22	7	define	define	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	22	8	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	9	reference	reference	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	10	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	11	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	12	this	this	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	13	property	property	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	14	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	22	15	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	16	angular	angular	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	17	distribution	distribution	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	18	can	can	MD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	19	always	always	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	22	20	be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	22	21	diagonalized	diagonalize	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	22	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	23	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	24	form	form	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	25	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	26	λλ	λλ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	27	θφ	θφ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	28	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	22	29	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	30	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	31	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	22	32	θϕλ	θϕλ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	33	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	34	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	35	θϕλ	θϕλ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	36	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	37	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	38	θϕλ	θϕλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	39	13	13	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	40	λλθφθφ	λλθφθφ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	41	in	in	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	22	42	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	43	thethe	thethe	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	44	threethree	threethree	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	45	framesframes	framesframe	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	22	46	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	47	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	48	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	49	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	50	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	51	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	52	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	22	53	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	54	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	22	55	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	56	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	22	57	λθφ	λθφ	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	58	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	59	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	60	HCMBEAM	HCMBEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	61	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	62	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	63	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	64	HCMHCM	HCMHCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	65	μ	μ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	66	μ+	μ+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	67	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	68	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	22	69	−+e	−+e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	70	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	71	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	22	72	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	22	73	∼	∼	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	74	θϕ	θϕ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	75	θϕϕθ	θϕϕθ	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	76	λλ	λλ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	77	λ,<∼	λ,<∼	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	78	θϕ	θϕ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	79	θϕϕθ	θϕϕθ	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	80	λλ	λλ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	81	λ	λ	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	82	preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	83	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	22	84	⇒	⇒	:
work_rmstoyjlpfgqjeef3lvxbzoaua	22	85	The	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	86	three	three	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	22	87	frames	frame	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	22	88	actually	actually	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	22	89	see	see	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	90	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	91	decay	decay	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	92	kinematics	kinematics	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	22	93	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	94	different	different	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	22	95	perspectives	perspective	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	22	96	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	22	97	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	22	98	best	good	JJS
work_rmstoyjlpfgqjeef3lvxbzoaua	22	99	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	22	100	?	?	.
work_rmstoyjlpfgqjeef3lvxbzoaua	23	1	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	23	2	statistically	statistically	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	23	3	~100	~100	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	23	4	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	23	5	correlated	correlate	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	23	6	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	23	7	14	14	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	23	8	dN	dN	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	9	d(cosθ	d(cosθ	.
work_rmstoyjlpfgqjeef3lvxbzoaua	23	10	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	23	11	cosθ	cosθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	12	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	23	13	N	n	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	23	14	μ	μ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	15	μ+	μ+	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	23	16	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	17	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	23	18	−e	−e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	19	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	20	cosθ	cosθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	21	λλθθ	λλθθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	22	andand	andand	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	23	thethe	thethe	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	24	hierarchyhierarchy	hierarchyhierarchy	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	25	ofof	ofof	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	26	framesframes	framesframe	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	23	27	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	23	28	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	23	29	arb	arb	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	23	30	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	24	1	norm	norm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	24	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	24	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	25	1	BEAM	beam	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	25	2	BEAM	beam	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	25	3	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	25	4	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	25	5	arbarb	arbarb	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	25	6	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	26	1	norm	norm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	26	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	26	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	26	4	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	27	1	norm	norm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	27	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	27	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	28	1	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	28	2	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	28	3	arb	arb	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	28	4	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	29	1	norm	norm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	29	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	29	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	30	1	HCMHCM	HCMHCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	30	2	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	30	3	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	30	4	arbarb	arbarb	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	30	5	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	31	1	norm	norm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	31	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	31	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	31	4	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	32	1	norm	norm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	32	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	32	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	1	CSCSCS	cscscs	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	2	preliminarydN	preliminarydn	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	3	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	4	d(cosθ	d(cosθ	.
work_rmstoyjlpfgqjeef3lvxbzoaua	33	5	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	6	∝	∝	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	7	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	8	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	9	λθ	λθ	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	10	cos2θdN	cos2θdN	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	11	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	12	d(cosθ	d(cosθ	.
work_rmstoyjlpfgqjeef3lvxbzoaua	33	13	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	14	∝	∝	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	15	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	16	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	17	λθ	λθ	PRP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	18	cos	cos	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	19	2θ	2θ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	20	|λθ|	|λθ|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	21	|λθ|	|λθ|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	22	|λθ|	|λθ|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	23	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	24	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	25	μ	μ	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	26	μ+	μ+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	27	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	28	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	29	−+e	−+e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	30	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	31	preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	33	32	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	33	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	34	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	35	μ	μ	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	36	μ+	μ+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	37	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	38	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	39	−+e	−+e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	40	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	41	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	42	pT	pt	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	43	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	44	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	45	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	46	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	47	c	c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	48	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	49	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	50	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	51	CSHCM	CSHCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	52	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	53	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	54	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	55	CSCSλθ	cscsλθ	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	33	56	15	15	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	57	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	58	xF><pT	xF><pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	59	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	60	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	61	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	62	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	63	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	64	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	65	The	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	66	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	67	are	be	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	68	consistent	consistent	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	33	69	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	70	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	71	example	example	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	72	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	73	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	74	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	75	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	76	generated	generate	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	77	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	78	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	79	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	80	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	81	interpretationinterpretation	interpretationinterpretation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	82	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	83	generated	generate	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	84	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	85	generated	generate	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	86	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	87	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	88	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	89	framein	framein	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	90	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	91	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	92	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	93	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	94	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	95	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	96	translated	translate	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	97	into	into	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	98	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	33	99	translated	translate	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	100	into	into	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	101	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	102	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	103	framethe	framethe	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	104	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	105	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	106	λθ	λθ	PRP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	107	points	point	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	108	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	109	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	110	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	33	111	lines	line	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	112	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	113	Toy	Toy	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	114	MC	MC	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	115	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	116	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	117	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	33	118	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	119	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	120	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	121	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	122	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	123	generation	generation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	124	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	125	generation	generation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	126	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	127	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	128	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	129	framethe	framethe	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	130	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	131	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	132	CSCS	csc	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	133	exp	exp	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	134	CM/1	CM/1	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	135	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	136	2GeV/	2gev/	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	137	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	33	138	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	139	cψ	cψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	140	⎡	⎡	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	141	⎤=−	⎤=−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	142	⋅	⋅	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	143	−⎢	−⎢	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	144	⎥⎣	⎥⎣	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	145	⎦θλ	⎦θλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	146	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	147	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	148	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	149	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	150	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	151	CSCS	csc	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	33	152	λθ	λθ	PRP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	153	The	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	154	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	155	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	156	is	be	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	33	157	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	158	best	good	JJS
work_rmstoyjlpfgqjeef3lvxbzoaua	33	159	approximation	approximation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	160	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	161	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	162	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	33	163	natural	natural	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	33	164	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	33	165	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	166	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	167	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	168	physics	physics	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	169	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	33	170	origin	origin	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	171	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	172	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	173	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	33	174	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	175	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	176	No	no	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	177	hypothesis	hypothesis	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	178	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	179	generation	generation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	180	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	181	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	33	182	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	33	183	fr	fr	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	33	184	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	34	1	can	can	MD
work_rmstoyjlpfgqjeef3lvxbzoaua	34	2	reproduce	reproduce	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	34	3	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	34	4	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	34	5	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	34	6	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	34	7	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	34	8	fr	fr	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	34	9	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	35	1	case	case	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	2	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	3	case	case	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	4	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	5	16	16	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	6	experimental	experimental	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	7	situation	situation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	8	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	9	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	10	frameexperimental	frameexperimental	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	11	situation	situation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	12	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	13	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	14	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	15	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	16	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	17	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	18	significantly	significantly	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	19	polarized	polarize	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	20	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	21	low	low	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	22	momentum	momentum	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	23	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	24	low	low	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	25	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	26	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	35	27	|xF|	|xf|	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	28	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	29	λθ	λθ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	30	E866	E866	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	31	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	32	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	33	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	34	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	35	Cu	cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	36	E444	E444	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	37	20.6	20.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	38	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	39	π±-C	π±-C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	40	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	41	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	42	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	43	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	44	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	45	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	46	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	47	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	48	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	49	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	50	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	51	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	52	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	53	p	p	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	35	54	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	55	Pt	Pt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	56	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	57	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	58	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	59	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	60	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	61	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	62	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	63	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	64	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	65	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	66	E866	E866	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	67	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	68	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	69	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	70	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	71	Cu	cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	72	E444	E444	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	73	20.6	20.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	74	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	75	π±-C	π±-C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	76	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	77	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	78	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	79	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	80	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	81	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	82	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	83	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	84	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	85	H2	H2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	86	NA3	NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	87	22.9	22.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	88	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	89	p	p	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	35	90	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	91	Pt	Pt	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	92	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	93	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	94	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	95	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	96	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	97	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	98	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	99	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	100	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	101	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	102	17	17	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	103	BEAM	BEAM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	104	frameBEAM	framebeam	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	105	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	106	λθ	λθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	107	WA11	WA11	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	108	16.8	16.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	109	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	110	π−-Be	π−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	111	31.1	31.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	112	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	113	π−-Be	π−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	114	31.6	31.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	115	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	116	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	117	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	118	Be	be	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	119	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	120	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	121	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	122	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	123	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	124	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	125	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	126	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	127	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	128	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	129	Si	Si	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	130	E615	E615	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	131	21.8	21.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	132	GeV	GeV	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	133	π±-W	π±-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	134	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	135	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	136	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	137	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	138	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	139	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	140	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	141	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	142	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	143	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	144	WA11	WA11	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	145	16.8	16.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	146	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	147	π−-Be	π−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	148	31.1	31.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	149	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	150	π−-Be	π−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	151	31.6	31.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	152	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	153	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	154	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	155	Be	be	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	156	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	157	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	158	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	159	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	160	Be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	161	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	162	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	163	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	164	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	165	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	166	Si	Si	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	167	E615	E615	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	168	21.8	21.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	169	GeV	GeV	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	170	π±-W	π±-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	171	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	172	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	173	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	174	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	175	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	176	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	177	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	178	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	179	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	180	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	181	E672	E672	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	182	/706	/706	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	183	E672	E672	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	184	/706	/706	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	185	p−-W	p−-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	186	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	187	π−W	π−W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	188	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	189	p−-Be	p−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	190	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	191	π−Be	π−be	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	192	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	193	p−-Cu	p−-Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	194	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	195	π−Cu	π−Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	196	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	197	p−-W	p−-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	198	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	199	π−W	π−W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	200	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	201	p−-Be	p−-Be	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	202	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	203	π−Be	π−be	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	204	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	205	p−-Cu	p−-cu	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	206	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	207	π−Cu	π−cu	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	208	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	209	E537	E537	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	210	15.4	15.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	211	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	212	E537	E537	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	213	15.4	15.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	214	GeV	GeV	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	215	18	18	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	216	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	217	frameHCM	frameHCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	218	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	219	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	220	almost	almost	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	221	completely	completely	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	222	smeared	smear	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	223	out	out	RP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	224	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	35	225	except	except	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	226	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	227	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	228	very	very	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	229	close	close	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	35	230	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	231	zero	zero	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	232	λθ	λθ	RP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	233	E444	E444	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	234	20.6	20.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	235	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	236	π±-C	π±-C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	237	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	238	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	239	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	240	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	241	CDF	CDF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	242	1800	1800	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	243	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	244	p−-p	p−-p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	245	Run	Run	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	246	II	II	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	247	WA92	WA92	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	248	25.7	25.7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	249	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	250	π±-W	π±-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	251	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	252	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	253	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	254	Si	Si	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	255	NA60	NA60	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	256	17.3A	17.3a	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	257	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	258	In	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	259	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	260	In	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	261	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	262	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	263	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	264	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	265	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	266	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	267	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	268	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	269	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	270	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	271	E444	E444	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	272	20.6	20.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	273	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	274	π±-C	π±-C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	275	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	276	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	277	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	278	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	279	CDF	CDF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	280	1800	1800	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	281	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	282	p−-p	p−-p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	283	Run	Run	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	284	II	II	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	285	WA92	WA92	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	286	25.7	25.7	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	287	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	288	π±-W	π±-W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	289	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	290	Cu	Cu	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	291	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	292	Si	Si	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	293	NA60	NA60	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	294	17.3A	17.3a	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	295	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	296	In	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	297	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	298	In	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	299	HB	HB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	300	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	301	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	302	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	303	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	35	304	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	305	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	306	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	307	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	308	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	309	19	19	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	310	ψ′ψ′--toto	ψ′ψ′--toto	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	311	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	312	JJ//ψψ	JJ//ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	313	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	314	ratioproduction	ratioproduction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	315	ratio	ratio	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	316	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	317	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	318	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	319	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	35	320	consistent	consistent	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	321	within	within	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	322	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	35	323	4	4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	324	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	325	variation	variation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	326	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	327	no	no	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	35	328	apparent	apparent	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	329	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	330	on	on	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	331	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	332	energy	energy	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	333	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	35	334	kinematics	kinematic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	35	335	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	336	different	different	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	337	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	338	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	339	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	340	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	35	341	cosθ	cosθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	342	windows	windows	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	343	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	344	slight	slight	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	35	345	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	346	on	on	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	347	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	35	348	target	target	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	349	nucleus	nucleus	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	350	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	35	351	NA38/50/51	NA38/50/51	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	352	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	353	+	+	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	35	354	E866	E866	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	355	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	356	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	357	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	358	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	359	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	360	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	361	W	w	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	362	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	363	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	364	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	365	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	366	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	35	367	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	368	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	369	C	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	370	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	371	B	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	372	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	373	1.63±0.08	1.63±0.08	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	374	1.99	1.99	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	375	±0.26	±0.26	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	35	376	1.62±0.11	1.62±0.11	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	377	ψψ	ψψ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	378	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	379	ψψ	ψψ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	380	σ	σ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	381	σ	σ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	382	ρ	ρ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	35	383	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	384	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	385	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	386	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	387	′′→	′′→	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	388	′	′	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	389	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	390	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	391	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	392	⎧⎪⎪⎪=	⎧⎪⎪⎪=	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	393	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	35	394	⎨⎪⎪⎪⎩	⎨⎪⎪⎪⎩	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	395	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	396	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	397	Analysis	Analysis	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	35	398	finished	finish	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	35	399	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	36	1	Combined	combine	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	2	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	3	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	4	e+e-	e+e-	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	36	5	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	6	μ+μ-	μ+μ-	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	36	7	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	8	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	36	9	238	238	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	10	184	184	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	11	28	28	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	12	197	197	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	13	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	14	184	184	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	15	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	16	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	17	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	18	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	19	27	27	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	20	64	64	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	21	108	108	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	22	184	184	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	23	HERA	HERA	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	24	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	36	25	BHERAHERA	BHERAHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	26	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	36	27	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	28	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	29	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	36	30	BHERAHERA	BHERAHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	31	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	36	32	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	33	E771E771E771	e771e771e771	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	34	E789E789E789E705E705E705	E789E789E789E705E705E705	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	35	NA38	NA38	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	36	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	36	37	NA50	NA50	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	38	&	&	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	36	39	NA51	NA51	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	40	NA38	NA38	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	41	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	36	42	NA38	NA38	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	43	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	36	44	NA50	NA50	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	45	&	&	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	36	46	NA50	NA50	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	47	&	&	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	36	48	NA51NA51	NA51NA51	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	49	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	50	GeV]s	GeV]s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	51	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	52	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	53	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	54	E331E331E331	e331e331e331	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	55	E444E444E444	e444e444e444	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	56	E288E288E288	e288e288e288	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	36	57	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	58	′σ	′σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	59	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	60	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	61	′	′	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	62	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	63	/B	/b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	64	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	65	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	66	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	67	/ψ	/ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	68	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	69	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	70	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	71	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	72	12	12	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	73	NA38NA38NA38	na38na38na38	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	36	74	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	75	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	36	76	A	A	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	77	48	48	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	78	HERA	hera	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	79	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	36	80	BHERAHERA	BHERAHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	81	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	36	82	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	83	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	84	(=	(=	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	85	7.0	7.0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	86	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	87	0.2	0.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	88	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	89	.4	.4	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	90	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	91	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	92	BRs	br	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	93	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	94	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	95	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	96	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	97	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	98	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	99	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	100	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	101	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	102	−⎧⎪⎪⎪⎪⎪⎨⎪⎪⎪⎪⎪⎩	−⎧⎪⎪⎪⎪⎪⎨⎪⎪⎪⎪⎪⎩	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	103	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	104	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	105	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	106	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	107	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	108	′→′	′→′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	109	′→	′→	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	110	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	111	×	×	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	112	⋅′	⋅′	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	113	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	114	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	115	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	116	R	R	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	117	ψπ	ψπ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	118	πψπ	πψπ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	119	π	π	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	120	ψ	ψ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	121	η	η	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	122	ψπ	ψπ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	123	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	124	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	125	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	126	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	127	ρ	ρ	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	36	128	20	20	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	36	129	ψ′ψ′	ψ′ψ′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	130	kinematicskinematics	kinematicskinematic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	131	measured	measure	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	132	relative	relative	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	36	133	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	134	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	36	135	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	136	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	137	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	36	138	distributions	distribution	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	36	139	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	36	140	B′σ(ψ′)/Bσ(J	b′σ(ψ′)/bσ(j	UH
work_rmstoyjlpfgqjeef3lvxbzoaua	36	141	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	36	142	ψ	ψ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	143	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	36	144	as	as	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	145	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	36	146	function	function	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	147	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	36	148	xF.	xF.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	37	1	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	37	2	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	37	3	cosθ	cosθ	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	37	4	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	37	5	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	37	6	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	37	7	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	37	8	full	full	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	37	9	stat	stat	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	37	10	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	37	11	e+e-/μ+μ-	e+e-/μ+μ-	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	37	12	avg	avg	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	37	13	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	38	1	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	38	2	HERAHERA	herahera	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	38	3	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	38	4	B	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	38	5	B	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	38	6	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	38	7	full	full	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	38	8	stat	stat	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	38	9	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	38	10	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	38	11	full	full	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	38	12	stat	stat	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	38	13	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	38	14	ee++ee--//μμ++μμ--	ee++ee--//μμ++μμ--	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	38	15	avg.)avg	avg.)avg	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	38	16	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	38	17	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	1	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	2	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	3	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	4	GeV)E771	GeV)E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	5	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	6	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	7	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	8	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	9	NA50	na50	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	10	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	11	29.1	29.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	12	GeV)NA50	gev)na50	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	13	NA50	na50	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	14	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	15	29.1	29.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	16	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	17	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	18	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	19	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	20	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	21	GeV)E789	GeV)E789	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	39	22	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	23	38.8	38.8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	24	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	25	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	26	xF	xF	.
work_rmstoyjlpfgqjeef3lvxbzoaua	39	27	pT	pT	.
work_rmstoyjlpfgqjeef3lvxbzoaua	39	28	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	29	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	30	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	31	c	c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	32	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	33	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	34	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	35	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	36	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	37	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	38	0.23	0.23	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	39	0.17′	0.17′	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	40	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	41	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	42	±Jθ	±Jθ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	43	θλ	θλ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	44	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	45	λ	λ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	46	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	47	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	48	′σ	′σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	49	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	50	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	51	′	′	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	52	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	53	/B	/b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	54	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	55	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	56	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	57	/ψ	/ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	58	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	59	cosθ	cosθ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	60	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	61	′σ	′σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	62	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	63	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	64	′	′	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	65	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	66	/B	/b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	67	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	68	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	69	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	70	/ψ	/ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	71	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	72	21	21	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	73	measurement	measurement	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	74	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	39	75	fraction	fraction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	76	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	77	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	78	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	79	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	80	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	39	81	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	82	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	83	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	39	84	kinematical	kinematical	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	85	distributions	distribution	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	39	86	A	A	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	87	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	39	88	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	89	χχcc	χχcc	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	90	productionproduction	productionproduction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	91	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	92	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	93	INCL	INCL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	94	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	95	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	96	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	97	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	98	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	99	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	100	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	101	iRχ	iRχ	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	39	102	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	103	χ	χ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	104	ψγ	ψγ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	105	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	106	ψc	ψc	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	107	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	108	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	109	∑	∑	.
work_rmstoyjlpfgqjeef3lvxbzoaua	39	110	selection	selection	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	111	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	39	112	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	113	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	114	χ	χ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	115	γψc	γψc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	116	{	{	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	117	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	118	eμ	eμ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	119	μ	μ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	120	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	121	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	122	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	123	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	124	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	125	n	n	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	39	126	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	127	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	128	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	129	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	130	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	131	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	132	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	133	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	134	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	135	/c	/c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	136	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	137	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	138	m(μ+μ−γ)-m(μ+μ−	m(μ+μ−γ)-m(μ+μ−	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	139	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	140	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	141	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	142	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	143	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	144	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	145	background	background	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	146	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	39	147	mixed	mixed	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	39	148	events	event	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	39	149	after	after	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	150	background	background	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	151	subtraction	subtraction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	152	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	153	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	39	154	2000	2000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	155	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	39	156	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	39	157	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	158	370	370	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	159	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	160	74	74	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	161	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	162	’s	’s	,
work_rmstoyjlpfgqjeef3lvxbzoaua	39	163	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	164	μ	μ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	165	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	166	μ−	μ−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	167	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	39	168	e+e−	e+e−	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	169	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	170	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	39	171	R(χc	r(χc	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	172	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	173	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	39	174	0.32	0.32	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	175	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	176	0.06	0.06	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	177	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	178	0.04	0.04	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	39	179	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	39	180	Phys	phys	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	39	181	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	40	1	Lett	Lett	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	40	2	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	41	1	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	2	561	561	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	3	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	41	4	61	61	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	5	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	6	2003	2003	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	7	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	8	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	9	new	new	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	10	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	11	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	41	12	40×	40×	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	13	bigger	big	JJR
work_rmstoyjlpfgqjeef3lvxbzoaua	41	14	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	15	statistics	statistic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	16	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	17	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	41	18	largest	large	JJS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	19	analyzed	analyze	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	20	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	21	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	41	22	hadronic	hadronic	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	23	experiment	experiment	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	24	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	25	preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	26	2002/2003	2002/2003	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	27	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	28	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	29	di	di	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	30	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	41	31	muon	muon	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	32	sample	sample	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	33	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	34	22	22	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	35	RR((χχcc	RR((χχcc	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	36	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	37	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	38	preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	39	evaluation	evaluation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	40	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	41	2002/2003	2002/2003	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	42	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	43	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	44	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	41	45	based	base	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	46	on	on	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	47	1300	1300	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	48	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	49	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	50	reconstructed	reconstruct	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	51	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	52	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	41	53	di	di	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	54	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	41	55	muon	muon	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	56	channel	channel	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	57	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	58	less	less	JJR
work_rmstoyjlpfgqjeef3lvxbzoaua	41	59	than	than	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	60	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	61	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	62	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	63	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	41	64	total	total	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	65	statistics	statistic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	41	66	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	67	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	68	21	21	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	69	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	70	5)%	5)%	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	71	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	72	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	41	73	produced	produce	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	74	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	75	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	41	76	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	77	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	78	come	come	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	79	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	80	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	81	decays	decays	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	82	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	83	GeV]s	GeV]s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	84	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	85	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	86	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	87	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	88	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	89	cR	cR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	90	χ	χ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	91	expected	expect	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	92	final	final	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	93	precision	precision	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	94	CDF	CDF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	95	CDF	CDF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	96	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	97	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	98	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	99	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	41	100	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	101	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	102	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	103	ISR	ISR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	104	ISR	ISR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	105	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	106	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	107	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	108	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	41	109	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	110	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	111	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	112	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	113	E771	E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	114	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	115	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	116	pp	pp	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	41	117	--	--	.
work_rmstoyjlpfgqjeef3lvxbzoaua	41	118	SiSi	SiSi	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	119	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	120	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	121	E705	E705	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	122	E705	E705	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	123	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	124	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	125	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	126	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	41	127	LiLi	LiLi	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	128	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	129	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	130	E369/	E369/	.
work_rmstoyjlpfgqjeef3lvxbzoaua	41	131	E369/	E369/	.
work_rmstoyjlpfgqjeef3lvxbzoaua	41	132	610/	610/	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	41	133	610/	610/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	134	673	673	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	135	673	673	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	136	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	137	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	138	pp	pp	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	41	139	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	41	140	BeBe	BeBe	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	41	141	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	142	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	41	143	2002/3	2002/3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	144	2002/3	2002/3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	41	145	prelim.prelim	prelim.prelim	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	41	146	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	42	1	ππ	ππ	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	2	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	42	3	AA	AA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	4	HERAHERA	HERAHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	5	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	42	6	BB	BB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	7	20002000	20002000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	8	23	23	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	9	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	10	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	11	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	12	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	13	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	14	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	15	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	16	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	17	decays	decays	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	42	18	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	19	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	20	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	21	decays	decays	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	42	22	pA	pA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	23	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	24	bb	bb	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	25	X	X	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	26	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	27	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	28	J	j	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	29	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	30	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	31	Y	Y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	32	→	→	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	33	e+e-/μ+μ-	e+e-/μ+μ-	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	34	Y	y	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	35	detached	detach	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	36	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	37	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	38	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	39	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	40	mμμ	mμμ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	41	46.2	46.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	42	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	43	8.246.2	8.246.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	44	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	45	8.2	8.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	46	36.9	36.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	47	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	48	8.136.9	8.136.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	49	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	50	8.1	8.1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	51	μ	μ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	52	μ+	μ+	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	53	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	54	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	55	−e	−e	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	56	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	57	TOT	TOT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	58	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	42	59	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	42	60	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	42	61	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	62	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	42	63	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	42	64	0.065	0.065	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	65	0.011	0.011	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	66	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	42	67	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	68	%	%	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	69	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	70	b	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	71	N	N	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	72	N	N	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	73	bR	bR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	74	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	42	75	←	←	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	42	76	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	77	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	78	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	79	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	80	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	42	81	extrapolation	extrapolation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	82	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	83	full	full	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	42	84	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	85	range	range	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	86	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	42	87	normalization	normalization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	88	by	by	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	42	89	total	total	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	42	90	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	91	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	42	92	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	93	cross	cross	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	42	94	sect	sect	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	42	95	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	43	1	-	-	:
work_rmstoyjlpfgqjeef3lvxbzoaua	43	2	correction	correction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	43	3	by	by	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	43	4	BR	BR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	5	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	43	6	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	7	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	43	8	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	9	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	43	10	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	11	σ(bb	σ(bb	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	12	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	43	13	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	14	14.9	14.9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	43	15	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	43	16	2.2stat±2.4syst	2.2stat±2.4syst	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	43	17	nb	nb	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	18	/	/	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	43	19	nucleon	nucleon	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	43	20	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	43	21	Phys	Phys	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	43	22	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	44	1	Rev.	Rev.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	1	D	D	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	2	73	73	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	45	3	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	45	4	052005	052005	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	45	5	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	6	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	7	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	8	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	9	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	10	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	11	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	12	n	n	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	13	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	14	/n	/n	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	15	u	u	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	16	c	c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	17	le	le	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	18	o	o	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	45	19	n	n	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	20	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	21	proton	proton	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	22	energy	energy	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	45	23	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	24	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	25	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	45	26	N.	N.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	27	Kidonakis	Kidonakis	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	28	et	et	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	45	29	al	al	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	30	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	45	31	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	32	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	45	33	BHERA	BHERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	34	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	45	35	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	36	E789E789	E789E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	37	E771E771	E771E771	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	38	R.	R.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	39	Bonciani	Bonciani	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	40	et	et	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	45	41	al	al	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	45	42	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	46	1	400	400	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	2	500	500	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	3	600	600	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	4	700	700	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	5	800	800	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	6	900	900	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	7	1000	1000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	8	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	9	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	10	102	102	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	11	mee	mee	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	46	12	24	24	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	13	E771E771	E771E771	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	46	14	E789E789	E789E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	15	ISRISR	ISRISR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	16	E	E	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	17	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	18	72	72	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	19	/70	/70	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	20	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	21	E	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	22	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	23	72	72	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	24	/70	/70	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	25	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	26	N	n	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	27	A	A	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	28	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	29	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	30	N	n	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	31	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	32	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	33	0	0	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	34	E	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	35	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	36	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	37	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	38	E	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	39	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	40	8	8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	41	8	8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	42	E	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	43	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	44	9	9	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	45	5	5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	46	E	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	47	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	48	8	8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	49	8	8	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	50	E705E705	E705E705	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	46	51	UA6UA6E444E444	UA6UA6E444E444	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	52	E331E331	E331E331	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	53	NA3NA3	NA3NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	54	NA3NA3	NA3NA3	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	55	E331E331	E331E331	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	56	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	57	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	58	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	59	R	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	60	R	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	61	R	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	62	⎡	⎡	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	63	⎤	⎤	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	46	64	⎢	⎢	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	65	⎥=	⎥=	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	66	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	67	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	68	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	69	−⎢	−⎢	.
work_rmstoyjlpfgqjeef3lvxbzoaua	46	70	⎥⎣	⎥⎣	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	71	⎦	⎦	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	72	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	73	DIR	DIR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	74	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	75	INCL	INCL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	76	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	77	ψ	ψ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	78	ψσ	ψσ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	79	σ	σ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	80	indirect	indirect	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	46	81	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	46	82	direct	direct	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	46	83	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	84	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	85	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	86	productionindirect	productionindirect	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	46	87	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	46	88	direct	direct	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	46	89	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	90	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	91	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	92	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	93	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	46	94	21	21	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	95	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	96	5)%	5)%	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	46	97	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	98	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	99	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	100	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	101	ψ′	ψ′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	102	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	103	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	104	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	105	b	b	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	106	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	107	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	46	108	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	109	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	46	110	7.0±0.4)%	7.0±0.4)%	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	111	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	46	112	0.065±0.011)%(to	0.065±0.011)%(to	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	46	113	be	be	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	46	114	improved	improve	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	46	115	!	!	.
work_rmstoyjlpfgqjeef3lvxbzoaua	46	116	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	1	extracted	extract	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	2	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	3	MB	MB	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	4	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	47	5	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	6	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	7	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	8	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	9	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	10	±stat	±stat	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	47	11	syst	syst	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	12	J/	J/	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	13	nb	nb	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	14	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	47	15	nucl41.6	nucl41.6	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	16	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	17	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	47	18	663	663	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	19	74	74	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	20	46ψσ	46ψσ	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	47	21	pN	pn	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	22	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	23	72	72	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	24	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	25	5)%	5)%	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	26	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	27	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	47	28	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	29	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	47	30	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	31	’s	’s	''
work_rmstoyjlpfgqjeef3lvxbzoaua	47	32	are	be	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	33	produced	produce	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	34	directly	directly	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	47	35	Using	use	VBG
work_rmstoyjlpfgqjeef3lvxbzoaua	47	36	partial	partial	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	47	37	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	47	38	preliminary	preliminary	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	47	39	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	40	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	47	41	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	42	results	result	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	47	43	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	47	44	curve	curve	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	45	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	47	46	NLO	NLO	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	47	NRQCD	NRQCD	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	48	fit	fit	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	49	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	50	all	all	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	47	51	data	datum	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	47	52	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	53	Maltoni	Maltoni	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	54	et	et	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	55	al	al	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	56	.	.	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	57	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	47	58	hep	hep	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	59	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	47	60	ph/0601203	ph/0601203	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	61	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	47	62	p	p	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	47	63	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	47	64	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	65	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	66	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	47	67	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	47	68	25	25	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	47	69	Kππ	Kππ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	47	70	inv	inv	FW
work_rmstoyjlpfgqjeef3lvxbzoaua	47	71	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	48	1	mass	mass	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	2	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	48	3	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	4	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	48	5	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	6	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	48	7	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	8	n	n	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	48	9	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	10	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	11	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	12	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	48	13	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	48	14	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	48	15	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	16	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	17	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	18	/c	/c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	19	2	2	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	48	20	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	48	21	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	22	n	n	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	48	23	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	24	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	25	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	26	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	48	27	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	48	28	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	48	29	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	30	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	31	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	32	/c	/c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	48	33	2	2	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	48	34	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	48	35	Kπ	Kπ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	36	inv	inv	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	48	37	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	49	1	mass	mass	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	2	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	3	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	4	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	49	5	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	6	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	7	open	open	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	49	8	charm	charm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	9	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	49	10	reconstructedopen	reconstructedopen	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	11	charm	charm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	12	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	49	13	reconstructed	reconstruct	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	14	signalssignals	signalssignal	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	49	15	194	194	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	16	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	17	20	20	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	18	preliminarypreliminary	preliminarypreliminary	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	19	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	20	r	r	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	21	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	22	li	li	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	23	m	m	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	24	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	25	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	26	r	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	27	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	28	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	29	r	r	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	30	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	31	li	li	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	32	m	m	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	33	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	34	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	35	r	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	36	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	37	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	38	r	r	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	39	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	40	li	li	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	41	m	m	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	42	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	43	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	44	r	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	45	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	46	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	47	r	r	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	48	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	49	li	li	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	50	m	m	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	51	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	52	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	53	r	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	54	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	55	92	92	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	56	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	57	11	11	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	58	D±	d±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	59	D*±D0+D0	d*±d0+d0	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	60	m(Kππ)-m(Kπ	m(Kππ)-m(Kπ	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	49	61	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	62	[	[	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	63	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	64	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	49	65	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	66	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	67	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	68	n	n	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	49	69	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	70	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	71	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	72	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	49	73	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	74	0	0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	75	.5	.5	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	76	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	77	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	78	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	79	/c	/c	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	80	2	2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	81	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	82	49	49	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	83	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	84	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	85	|	|	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	49	86	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	87	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	88	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	89	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	90	|	|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	91	50	50	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	92	MeVm	MeVm	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	93	K	K	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	94	mπ	mπ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	95	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	96	<	<	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	49	97	0D	0D	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	98	|	|	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	99	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	100	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	101	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	102	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	103	|	|	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	104	50	50	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	105	MeVm	MeVm	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	106	K	K	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	107	mπ	mπ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	108	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	109	>	>	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	49	110	0D	0d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	111	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	112	N	n	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	113	D+	d+	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	114	K	K	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	115	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	116	π+	π+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	117	π+	π+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	118	0D	0d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	119	K−	K−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	120	π+	π+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	121	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	122	N	N	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	123	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	124	N	n	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	125	0D	0d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	126	K−	K−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	127	π+	π+	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	128	π+	π+	XX
work_rmstoyjlpfgqjeef3lvxbzoaua	49	129	+	+	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	49	130	*	*	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	131	D	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	132	26D	26d	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	133	cross	cross	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	134	sectionsD	sectionsD	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	135	cross	cross	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	136	sections	section	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	49	137	D0	d0	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	138	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	49	139	unclear	unclear	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	49	140	situation	situation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	141	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	142	high	high	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	49	143	√s	√s	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	144	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	145	result	result	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	146	clearly	clearly	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	49	147	disfavoured	disfavour	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	148	energy	energy	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	149	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	150	well	well	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	49	151	described	describe	VBN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	152	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	153	each	each	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	154	case	case	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	155	by	by	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	156	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	157	function	function	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	158	reflecting	reflect	VBG
work_rmstoyjlpfgqjeef3lvxbzoaua	49	159	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	49	160	behaviour	behaviour	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	161	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	162	proton	proton	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	163	PDFs	PDFs	NNPS
work_rmstoyjlpfgqjeef3lvxbzoaua	49	164	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	165	Lourenço	Lourenço	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	166	&	&	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	49	167	Wöhri	Wöhri	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	168	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	169	0.35	0.35	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	170	12[1	12[1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	171	1.2	1.2	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	49	172	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	49	173	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	174	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	175	]	]	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	49	176	D	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	177	sσ	sσ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	178	∝	∝	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	179	−	−	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	180	without	without	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	181	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	182	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	49	183	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	184	E789	E789	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	185	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	49	186	D0+D0	d0+d0	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	187	√	√	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	188	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	189	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	49	190	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	49	191	prel	prel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	49	192	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	50	1	D±	D±	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	50	2	√	√	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	50	3	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	50	4	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	50	5	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	50	6	prel	prel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	50	7	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	51	1	D*±	D*±	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	51	2	√	√	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	51	3	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	51	4	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	51	5	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	51	6	prel	prel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	51	7	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	52	1	comparison	comparison	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	2	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	3	pwith	pwith	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	4	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	5	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	52	6	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	7	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	52	8	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	9	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	52	10	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	11	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	52	12	A	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	52	13	resultsA	resultsA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	14	results	result	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	52	15	27	27	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	52	16	σ	σ	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	52	17	σ	σ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	18	σ+	σ+	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	19	∗=	∗=	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	20	=	=	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	21	0DIR	0dir	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	52	22	DIR	DIR	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	23	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	52	24	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	52	25	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	26	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	27	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	28	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	29	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	30	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	52	31	D	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	32	D	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	33	D	D	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	34	cross	cross	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	35	section	section	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	36	ratios	ratio	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	52	37	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	52	38	experiments	experiment	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	52	39	vs.	vs.	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	40	isospin	isospin	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	52	41	symmetrycross	symmetrycross	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	42	section	section	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	43	ratios	ratio	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	52	44	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	52	45	experiments	experiment	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	52	46	vs.	vs.	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	47	isospin	isospin	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	48	symmetry	symmetry	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	49	u	u	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	50	↔	↔	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	51	d	d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	52	52	3	3	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	52	53	polar	polar	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	52	54	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	53	1	states	state	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	53	2	0	0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	3	INCL	INCL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	4	INCL	INCL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	5	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	6	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	7	/	/	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	8	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	9	0.326	0.326	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	10	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	11	0.003	0.003	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	12	D	d	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	13	Dσ	Dσ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	14	σ±	σ±	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	15	±=	±=	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	16	0	0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	17	INCL	INCL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	18	INCL	INCL	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	19	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	20	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	21	/	/	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	22	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	23	0.497	0.497	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	24	0.001	0.001	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	25	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	53	26	D	D	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	27	Dσ	Dσ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	28	σ∗±	σ∗±	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	29	±=	±=	.
work_rmstoyjlpfgqjeef3lvxbzoaua	53	30	PDG	pdg	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	53	31	averages	average	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	53	32	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	33	D*0	D*0	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	34	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	53	35	D*±	D*±	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	36	→	→	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	53	37	D0	d0	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	38	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	53	39	D±	d±	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	53	40	feeddown	feeddown	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	53	41	BRs	br	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	53	42	violated	violate	VBD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	43	by	by	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	44	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	53	45	factor	factor	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	46	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	47	1.87	1.87	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	48	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	49	0.25	0.25	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	50	is	be	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	53	51	o	o	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	52	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	53	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	54	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	55	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	56	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	57	m	m	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	58	m	m	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	59	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	60	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	61	y	y	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	62	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	63	x	x	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	64	p	p	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	65	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	66	r	r	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	67	i	-PRON-	PRP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	68	m	be	VBP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	69	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	70	n	n	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	71	ts	ts	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	72	u	u	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	73	↔	↔	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	74	d	d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	75	D*±/D0	d*±/d0	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	53	76	√	√	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	77	0.43	0.43	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	78	0.09.avg	0.09.avg	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	79	±=	±=	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	53	80	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	81	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	53	82	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	53	83	prel	prel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	53	84	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	54	1	u	u	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	54	2	↔	↔	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	54	3	d	d	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	54	4	D±/D0	D±/D0	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	54	5	√	√	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	54	6	0.61	0.61	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	54	7	0.08.avg	0.08.avg	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	54	8	±=	±=	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	54	9	HERA	HERA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	54	10	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	54	11	B	B	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	54	12	prel	prel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	54	13	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	55	1	28	28	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	55	2	AA	AA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	55	3	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	55	4	dependencedependence	dependencedependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	55	5	ααAVG.AVG	ααAVG.AVG	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	55	6	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	56	1	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	2	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	3	xxFF~0	xxFF~0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	56	4	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	5	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	56	6	~0	~0	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	56	7	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	8	=	=	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	56	9	1.01	1.01	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	56	10	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	56	11	0.031.01	0.031.01	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	56	12	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	56	13	0.03	0.03	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	56	14	experimental	experimental	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	56	15	situation	situation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	56	16	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	17	p	p	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	56	18	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	56	19	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	56	20	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	21	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	56	22	mass	mass	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	56	23	spectra	spectra	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	56	24	by	by	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	56	25	target	target	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	56	26	material	material	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	56	27	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	56	28	e.g.	e.g.	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	57	1	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	57	2	D0	D0	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	3	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	57	4	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	57	5	e	e	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	6	n	n	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	7	tr	tr	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	8	ie	ie	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	9	s	s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	10	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	57	11	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	57	12	10	10	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	57	13	M	m	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	57	14	e	e	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	57	15	V	v	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	57	16	/c	/c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	57	17	2	2	LS
work_rmstoyjlpfgqjeef3lvxbzoaua	57	18	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	57	19	Kπ	Kπ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	20	inv	inv	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	57	21	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	58	1	mass	mass	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	58	2	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	58	3	GeV	GeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	58	4	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	58	5	c2	c2	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	58	6	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	58	7	C	C	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	58	8	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	58	9	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	58	10	70	70	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	11	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	12	11	11	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	13	19	19	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	14	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	15	6	6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	16	103	103	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	17	±	±	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	18	14	14	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	58	19	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	58	20	prel	prel	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	58	21	.	.	.
work_rmstoyjlpfgqjeef3lvxbzoaua	59	1	D	D	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	2	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	59	3	meson	meson	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	4	average	average	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	5	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	59	6	C	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	7	Ti	Ti	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	8	W	W	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	9	curves	curve	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	10	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	59	11	σpA	σpA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	12	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	13	σpN·A	σpn·a	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	14	α	α	PRP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	15	consistent	consistent	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	16	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	17	no	no	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	18	suppression	suppression	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	19	αα((DD00)=	αα((dd00)=	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	20	0.92±0.08)=	0.92±0.08)=	UH
work_rmstoyjlpfgqjeef3lvxbzoaua	59	21	0.92±0.08	0.92±0.08	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	22	αα((DD±±)=	αα((DD±±)=	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	23	1.02±0.09)=	1.02±0.09)=	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	24	1.02±0.09	1.02±0.09	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	25	αα((DD**±±)=	αα((dd**±±)=	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	26	1.05±0.14)=	1.05±0.14)=	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	27	1.05±0.14	1.05±0.14	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	28	29	29	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	29	summarysummary	summarysummary	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	30	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	31	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	32	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	33	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	34	ψψ	ψψ	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	35	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	36	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	37	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	38	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	39	pp	pp	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	40	--	--	:
work_rmstoyjlpfgqjeef3lvxbzoaua	59	41	AA	AA	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	42	collisions	collision	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	43	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	44	√collisions	√collision	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	45	at	at	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	46	√ss	√ss	ADD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	47	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	48	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	49	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	50	41.6	41.6	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	51	GeVGeV	GeVGeV	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	52	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	53	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	54	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	55	…	…	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	56	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	59	57	its	-PRON-	PRP$
work_rmstoyjlpfgqjeef3lvxbzoaua	59	58	components	component	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	59	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	59	60	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	59	61	its	-PRON-	PRP$
work_rmstoyjlpfgqjeef3lvxbzoaua	59	62	components	component	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	63	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	59	64	high	high	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	65	statistics	statistic	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	66	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	59	67	clean	clean	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	68	signals	signal	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	69	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	59	70	two	two	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	71	decay	decay	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	72	channels	channel	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	73	wide	wide	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	74	kinematical	kinematical	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	75	coverage	coverage	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	76	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	77	up	up	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	78	to	to	TO
work_rmstoyjlpfgqjeef3lvxbzoaua	59	79	5.5	5.5	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	80	GeV	gev	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	81	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	82	c	c	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	83	negative	negative	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	84	xF	xF	.
work_rmstoyjlpfgqjeef3lvxbzoaua	59	85	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	86	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	59	87	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	88	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	59	89	flat	flat	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	90	suppression	suppression	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	91	down	down	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	92	to	to	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	93	xF	xF	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	94	~	~	NFP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	95	-0.35	-0.35	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	96	ψ′-to	ψ′-to	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	97	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	59	98	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	99	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	100	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	101	ratio	ratio	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	102	fraction	fraction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	103	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	104	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	105	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	106	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	107	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	108	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	109	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	110	fraction	fraction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	111	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	112	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	113	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	114	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	115	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	116	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	117	b	b	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	118	300000	300000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	119	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	120	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	121	ψ’s300000	ψ’s300000	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	122	J/300000	J/300000	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	123	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	124	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	125	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	126	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	127	’s	’s	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	128	15000	15000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	129	χc	χc	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	130	’s	’s	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	131	15000	15000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	132	15000	15000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	133	χχcc	χχcc	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	134	’s	’s	POS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	135	’s	’s	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	136	5000	5000	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	137	ψ′’s50005000	ψ′’s50005000	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	138	ψψ′′	ψψ′′	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	139	’s	’s	POS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	140	’s	’s	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	141	80	80	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	142	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	143	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	144	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	145	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	146	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	147	b80	b80	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	148	80	80	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	149	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	150	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	151	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	152	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	153	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	154	’	'	''
work_rmstoyjlpfgqjeef3lvxbzoaua	59	155	’s	’	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	156	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	157	bs	bs	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	158	from	from	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	159	bJ	bJ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	160	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	161	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	162	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	163	ψψ	ψψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	164	decay	decay	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	59	165	decay	decay	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	166	angular	angular	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	167	distributionsangular	distributionsangular	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	168	distributions	distribution	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	169	D0	d0	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	170	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	59	171	D±	d±	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	172	,	,	,
work_rmstoyjlpfgqjeef3lvxbzoaua	59	173	D*±	D*±	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	174	inclusive	inclusive	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	175	production	production	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	176	cross	cross	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	177	sections	section	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	178	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	59	179	ratios	ratio	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	180	A	a	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	181	-	-	HYPH
work_rmstoyjlpfgqjeef3lvxbzoaua	59	182	dependence	dependence	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	183	consistent	consistent	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	184	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	185	α	α	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	186	=	=	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	187	1	1	CD
work_rmstoyjlpfgqjeef3lvxbzoaua	59	188	open	open	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	189	charmopen	charmopen	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	190	charm	charm	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	191	longitudinal	longitudinal	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	192	polarization	polarization	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	193	rapidly	rapidly	RB
work_rmstoyjlpfgqjeef3lvxbzoaua	59	194	increasing	increase	VBG
work_rmstoyjlpfgqjeef3lvxbzoaua	59	195	in	in	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	196	magnitude	magnitude	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	197	with	with	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	198	decreasing	decrease	VBG
work_rmstoyjlpfgqjeef3lvxbzoaua	59	199	pT	pT	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	200	and	and	CC
work_rmstoyjlpfgqjeef3lvxbzoaua	59	201	|xF|	|xf|	VB
work_rmstoyjlpfgqjeef3lvxbzoaua	59	202	strong	strong	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	203	hierarchy	hierarchy	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	204	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	205	frames	frame	NNS
work_rmstoyjlpfgqjeef3lvxbzoaua	59	206	:	:	:
work_rmstoyjlpfgqjeef3lvxbzoaua	59	207	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	208	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	209	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	210	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	211	original	original	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	212	interaction	interaction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	213	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	59	214	CS	CS	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	215	frame	frame	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	216	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	59	217	is	be	VBZ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	218	better	well	JJR
work_rmstoyjlpfgqjeef3lvxbzoaua	59	219	than	than	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	220	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	221	J	J	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	222	/	/	SYM
work_rmstoyjlpfgqjeef3lvxbzoaua	59	223	ψ	ψ	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	224	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	59	225	flight	flight	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	226	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	59	227	direction	direction	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	228	(	(	-LRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	59	229	HCM	HCM	NNP
work_rmstoyjlpfgqjeef3lvxbzoaua	59	230	)	)	-RRB-
work_rmstoyjlpfgqjeef3lvxbzoaua	59	231	as	as	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	232	a	a	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	233	reference	reference	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	234	for	for	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	235	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	236	observation	observation	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	237	of	of	IN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	238	the	the	DT
work_rmstoyjlpfgqjeef3lvxbzoaua	59	239	“	"	``
work_rmstoyjlpfgqjeef3lvxbzoaua	59	240	true	true	JJ
work_rmstoyjlpfgqjeef3lvxbzoaua	59	241	”	"	''
work_rmstoyjlpfgqjeef3lvxbzoaua	59	242	decay	decay	NN
work_rmstoyjlpfgqjeef3lvxbzoaua	59	243	distribution	distribution	NN