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Investigation of Interconnect and Device Designs for Emerging Post-MOSFET and Beyond Silicon Technologies
(University of Missouri--Kansas City, 2016)
The integrated circuit industry has been pursuing Moore’s curve down to deep
nanoscale dimensions that would lead to the anticipated delivery of 100 billion transistors on
a 300 mm² die operating below 1V supply in the ...
Plasma-enhanced molecular layer deposition (PEMLD) of boron carbide dielectrics from carboranes for interconnect and patterning applications
(2022)
The dimensional scaling of semiconductor devices following Moore’s law has resulted in smaller, faster, and cheaper integrated circuits (IC) chips, going from ~3000 transistors in an IC chip in the early 1970s, to ~100 ...
Application of ab initio calculations to collagen and brome mosaic virus
(2014-07-17)
In bio-related research, large proteins are of important interest. We study two such proteins. Collagen contains one such protein, the collagen triple-helix, which forms part of the structural matrix for animals, such as ...
Application of Ab Initio Calculations and Molecular Dynamics to Collagen and Brome Mosaic Virus
(University of Missouri--Kansas City, 2016)
Molecular Dynamics (MD) simulations are no more accurate than the underlying
force field which represents the molecular interactions. In this thesis, we have
calculated ab initio atomic partial charges for proteins of ...