American Institute of Physics Downloaded / The City College of New York / Benjamin Levich Institute / American Institute of Physics / /
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appropriate simulation tool / gas-solid interface / flow energy / kinetic moment method solution / larger kinetic energy / characteristic energy / gas molecules origi / gas molecules / layer solutions / energy transport mode terms / energy flux / Analytical solutions / gas reservoir outer boundary treatments / higher thermal energy / molecular gas dynamics / satisfactory tool / predictor-corrector algorithm / multiscale systems / thermal kinetic energy / molecular systems / energy / pure dilute gas simulations / numerical smoothing algorithm / dilute gas / multiphase microscale systems / flow systems / gas-liquid interface / potential energy / approximate solution / energy fluxes / energy conservation flux / potential energy terms / gas surface / interphase gas boundary temperatures / moment method solutions / energy conservation characteristics / gas phase / numerical solution / dilute gas flows / /
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American Institute of Physics / U.S. Securities and Exchange Commission / Physics and Benjamin Levich Institute / Federal Communications Commission / City College of New York / /
PHYSICS OF FLUIDS 22, 112002 共2010兲 Multiscale molecular simulations of argon vapor condensation onto a cooled substrate with bulk flow Kai Gu,1 Charles B. Watkins,1,a兲 and Joel Koplik2 1