id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-254090-x8tnweih	Yang, Szu-Chi	Efficient Structure Resonance Energy Transfer from Microwaves to Confined Acoustic Vibrations in Viruses	2015-12-09		.txt	text/plain	6073	302	53	It is interesting to notice that the required threshold electric field magnitudes at the resonant frequency (86.9 V/m) to fracture H3N2 viruses as shown in Fig. 3 (c) are within the IEEE Microwave Safety Standard (106 V/m), indicating high SRET efficiency, even though the quality factor of the H3N2 virus is low. To further investigate the efficiency of this SRET effect from microwave to virus and the threshold effect, we further measured the inactivation ratio of H3N2 virus with different power densities at the resonant frequency ~8 GHz of the confined acoustic dipolar mode. Second, at the resonant frequency, we do observe H3N2 virus inactivation by illuminating 82 W/m 2 (lower than the IEEE safety standard in public space) 8 GHz microwaves on our viral solution, corresponding to an average 87 V/m electric field intensity inside the solution, confirming that our proposed simple model to estimate the field threshold (86.9 V/m) to structurally fracture the virus is quantitatively correct, especially combining the observed threshold effect as discussed above.	./cache/cord-254090-x8tnweih.txt	./txt/cord-254090-x8tnweih.txt