Thermodynamics, Statistical Physics, and Quantum Mechanics

4.21.

4.22.

xiv

Atmospheric Energy(Rutgers)

Puncture(Moscow Phys-Tech)

Heat and Work

Cylinder withMassivePiston(Rutgers, Moscow

Phys-Tech)

Spring Cylinder (Moscow Phys-Tech)

IsothermalCompression andAdiabaticExpansion of

Ideal Gas (Michigan)

Isochoric Cooling and Isobaric Expansion (Moscow

Phys-Tech)

Venting(Moscow Phys-Tech)

Cylinder and Heat Bath(Stony Brook)

HeatExtraction(MIT, Wisconsin-Madison)

Heat Capacity Ratio (Moscow Phys-Tech)

Otto Cycle (Stony Brook)

Joule Cycle (Stony Brook)

Diesel Cycle (Stony Brook)

Modified Joule–Thomson (Boston)

Ideal Gas and Classical Statistics

PoissonDistribution inIdeal Gas(Colorado)

Polarization of Ideal Gas (Moscow Phys-Tech)

Two-Dipole Interaction (Princeton)

Entropy of Ideal Gas (Princeton)

Chemical Potential of Ideal Gas (Stony Brook)

Gas in Harmonic Well(Boston)

Ideal Gas in One-Dimensional Potential (Rutgers)

EquipartitionTheorem(Columbia, Boston)

DiatomicMolecules inTwo Dimensions(Columbia)

Diatomic Molecules in Three Dimensions(Stony Brook,

MichiganState)

Two-Level System (Princeton)

Zipper(Boston)

Hanging Chain(Boston)

Molecular Chain (MIT, Princeton, Colorado)

Nonideal Gas

Heat Capacities (Princeton)

Return of Heat Capacities(Michigan)

Nonideal Gas Expansion(Michigan State)

van der Waals (MIT)

4.49.

4.50.

4.51.

4.52.

4.45.

4.46.

4.47.

4.48.

4.35.

4.36.

4.37.

4.38.

4.39.

4.40.

4.41.

4.42.

4.43.

4.44.

4.27.

4.28.

4.29.

4.30.

4.31.

4.32.

4.33.

4.34.

4.26.

4.24.

4.25.

4.23.

Contents

13

14

14

14

15

15

16

16

16

16

17

17

18

18

19

19

19

20

20

20

21

21

21

21

22

23

24

24

24

25

26

26

26

27

27