By David Tong.
Cited passages: Tong, Statistical Physics, first-order and continuous transitions; Tong, Statistical Physics, phase coexistence and latent heat.
Online text: www.damtp.cam.ac.uk/user/tong/statphys/five.pdf
Authored lecture-notes chapter. University of Cambridge, Department of Applied Mathematics and Theoretical Physics. Date role: No year inferred from filename, course date or crawl date..
Cited passages: David Tong, Statistical Physics, §§2.2.1 and 2.4: monatomic translational energy and diatomic rotation/vibration term counting.
Cited passages: David Tong, Statistical Physics, §3.4: discrete rotational spectrum, vibrational freezing and classical high-temperature limits.
Cited passages: David Tong, Statistical Physics, §3.4: quantum vibrational spectrum, thermal occupations and zero-point energy; Tong, Statistical Physics, section 3: quantum gases and the classical limit.
Cited passages: David Tong, Statistical Physics, §4.2, equation 4.156 and “Quasi-Static Processes”: state energy versus heat and work; Tong uses work positive inward.
Cited passages: David Tong, Statistical Physics, section 4.1: equilibrium and thermal contact; David Tong, Statistical Physics, sections 4.2–4.3: ideal-gas internal energy and reversible adiabatic work; David Tong, Statistical Physics, §4.3.1: adiabatic expansion between the isothermal legs; David Tong, Statistical Physics, §4.4.2: Maxwell relations and the general heat-capacity difference; David Tong, Statistical Physics, §§4.2–4.3: work, heat, and adiabatic legs of a cycle; Tong, Statistical Physics, first law and heat capacities; Tong, Statistical Physics, §§4.2–4.3: quasi-static and reversible processes.
Online text: www.damtp.cam.ac.uk/user/tong/statphys/four.pdf
Chapter of Statistical Physics by David Tong, by David Tong. No chapter publication year is inferred from its HTML generation date.
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