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The Physical Behavior and Characterization of Nanoporous Silicon and Dispenser Cathode Surfaces
[thesis]
2018
Abstract: Nanostructured materials have received a surge of interest in recent years since it has become apparent that reducing the size of a material often leads to heightened mechanical behavior. From a fundamental standpoint, this stems from the confinement of dislocations. Applications in microelectromechanical devices, lithium ion batteries, gas sensing and catalysis are realized by combining the improvements in mechanical behavior from material size reduction with the heightened chemical
doi:10.13023/etd.2018.513
fatcat:n5ylztt6gvhydk5umzctcsjbqu