energy levels / bottom-up technology / macroscopic systems / correct interparticle potential energy model / differential energy increase / large systems / inhomogeneous systems / mechanical energy / energy conversion devices / nonextensive systems / closed systems / biophysical systems / nano/small systems / chemical equilibriums / open pure systems / cosmic and nano systems / large tools / energy-states / internal energy resulting / energy exchanges / potential energy / interatomic and intermolecular potential energy functions / energy contents / certain small systems / energy scales / machinery / energy conversion systems / chemical potential / them applicable to small systems / thermal energy / anomalous systems / macroscopic physical systems / oil / nanoscale systems / nite systems / manufacturing paradigms / energy content / physical and chemical processes / energy / /
Organization
Nanosystems Keivan Esfarjani and G. Ali Mansoori Department of Chemical Engineering / University of Illinois at Chicago / /
Person
Rudolph Claussius / Ludwig Boltzmann / Gq / Michael Rieth / Kelvin / G. Ali Mansoori / /
CHAPTER 16 Statistical Mechanical Modeling and Its Application to Nanosystems Keivan Esfarjani and G. Ali Mansoori