id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
x346d22086w	Jessica Marie Morrison	Actinyl Ion Crystal Chemistry and Its Impact on Structural Topologies and Environmental Fate	2015		.txt	text/plain	256	7	27	This research demonstrated (1) the structural differences between U(VI) uranyl germanates and silicates by introducing new (VI) uranyl germanate compounds with uncommon structural features, like cation-cation interactions and chains of GeO5 tetrahedra; and (2) the potential for structural incorporation to play a role in neptunium mobility in the subsurface by showing that calcite has a higher affinity for neptunium than gypsum during synthetic growth. Here two major themes are presented in which one explores the structural properties of U(VI) uranyl germanates as they relate to U(VI) uranyl silicates and the emergence of cation-cation interactions as a structural feature, and the other offers a glimpse at the behavior of Np(V) and U(VI) during the growth of rock- forming minerals for the purpose of understanding the inorganic controls of crystal growth on environmental remediation.	cache/x346d22086w.txt	txt/x346d22086w.txt