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From the astronomical to the microscopic, voids, or empty spaces, are present in matter at all sizes. In this study, three-dimensional nanoscale gaps were revealed by the use of advanced microscopy and mathematical theory.
In a new paper published in JACS AU, researchers at the University of Illinois Urbana-Champaign analyzed the effects of solvation and ion valency on metallopoly
Voids, or empty spaces, exist within matter at all scales, from the astronomical to the microscopic. In a new study, researchers used high-powered microscopy and mathematical theory to unveil nanoscale voids in three dimensions. This advancement is poised to improve the performance of many materials used in the home and in the chemical, energy and medical industries — particularly in the area of filtration.
Researchers have unveiled nanoscale voids in three dimensions, using high-powered microscopy and mathematical theory. This advancement is poised to improve the performance of many filtration materials.
<p>A new study by researchers at the University of Illinois Urbana-Champaign advances fundamental knowledge about the role of solvation in ion binding and presents a new pathway for electrochemically controlling ion selectivity. The study was published in JACS Au.</p>