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Thermal Physics: Thermodynamics and Statistical Mechanics for Scientists and Engineers

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## Most frequently terms

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^{520}equilibrium

^{472}entropy

^{447}equation

^{343}ensemble

^{342}chemical

^{333}variables

^{302}thermal physics

^{297}particles

^{266}quantum

^{265}classical

^{260}canonical

^{247}fluid

^{203}gibbs

^{188}thermodynamics

^{181}statistical

^{179}eqs

^{174}particle

^{173}spin

^{164}mechanics

^{163}thermodynamic

^{158}partition function

^{158}magnetic

^{154}temperatures

^{149}canonical ensemble

^{147}density

^{146}mole

^{142}gases

^{141}phases

^{140}equations

^{131}integral

^{123}homogeneous

^{123}partial

^{123}reversible

^{120}corresponding

^{118}variable

^{112}atoms

^{112}fermi

^{111}vector

^{111}chemical potential

^{110}quantity

^{109}interfaces

^{109}quantities

^{109}differential

^{107}derivatives

^{107}operator

^{105}probability

^{103}criterion

^{102}statistical mechanics

^{101}expansion

^{101}molar

^{100}component

^{99}potentials

^{98}dimensionless

^{98}approximation

^{96}theorem

^{95}tangent

^{95}calculate

^{90}cos

^{89}matrix

^{89}1 comment

KHANTAPOAT

Thermal Physics_Thermodynamics and Statistical Mechanics for Scientists and Engineers, 2015_(Robert F. Sekerka).pdf

pages: 610

pages: 610

22 January 2019 (13:31)