Add to ORKGpublisherIn this paper, next subjects are discussed. §33. Black body radiation (Hollow-spaace radiation). Here we consider the equilibrium properties of electromagnetic radiation enclosed in a volume V at temperature T, a system known as a blackbody cavity. §34. Phonons in solids. Phonons are quanta of sound waves in a macroscopic body. Here we consider the equilibrium properties of a solid at low temperatures by calculating the partition function for an appropriate gas of phonons. We obtain the high- and low-temperature behaviors of C_V in compared with Debye temperature
The Feynman-Vernon formalism is used to obtain a microscopic, quantum mechanical derivation of black...
Another bit of stat mech Problems 1-3 refer to: N identical, noninteracting, and distinguishable qu...
Thesis (Ph.D.), Department of Physics and Astronomy, Washington State UniversityUnderlying the many-...
In this paper, next subjects are discussed. §33. Black body radiation (Hollow-spaace radiation). Her...
publisher[synopsis] In this paper, we interpret the laws of thermodynamics. The § B1 is a list of so...
In this paper, next subjects are discussed. §27. Review of the discussions in the previous sections ...
ln this paper, next subject is discussed, §32. The equation of state of an ideal gas. Here we consid...
[synopsis] In this paper, we give some applications of thermodynamics. In the § Cl, thermodynamic de...
In this paper, next subjects are discussed. §35. Magnetization and magnetic susceptibility in the ca...
§20.Grand canonical ensemble in classical statistical mechanics. §21. Density fluctuations in the gr...
In this paper,next subjects are discussed. §17.Canonical ensemble in classical statistical mechanics...
Abstract: The property of “return to equilibrium ” is established for a class of quantum-mechanical ...
The radiation field can be regarded as a collection of independent harmonic oscillators and, as such...
In this paper, next subjects are discussed. §23.Equivalence of the canonical ensemble and the grand ...
The Planck law [1] describing the spectrum of the thermal radiation has started the quantum revoluti...
The Feynman-Vernon formalism is used to obtain a microscopic, quantum mechanical derivation of black...
Another bit of stat mech Problems 1-3 refer to: N identical, noninteracting, and distinguishable qu...
Thesis (Ph.D.), Department of Physics and Astronomy, Washington State UniversityUnderlying the many-...
In this paper, next subjects are discussed. §33. Black body radiation (Hollow-spaace radiation). Her...
publisher[synopsis] In this paper, we interpret the laws of thermodynamics. The § B1 is a list of so...
In this paper, next subjects are discussed. §27. Review of the discussions in the previous sections ...
ln this paper, next subject is discussed, §32. The equation of state of an ideal gas. Here we consid...
[synopsis] In this paper, we give some applications of thermodynamics. In the § Cl, thermodynamic de...
In this paper, next subjects are discussed. §35. Magnetization and magnetic susceptibility in the ca...
§20.Grand canonical ensemble in classical statistical mechanics. §21. Density fluctuations in the gr...
In this paper,next subjects are discussed. §17.Canonical ensemble in classical statistical mechanics...
Abstract: The property of “return to equilibrium ” is established for a class of quantum-mechanical ...
The radiation field can be regarded as a collection of independent harmonic oscillators and, as such...
In this paper, next subjects are discussed. §23.Equivalence of the canonical ensemble and the grand ...
The Planck law [1] describing the spectrum of the thermal radiation has started the quantum revoluti...
The Feynman-Vernon formalism is used to obtain a microscopic, quantum mechanical derivation of black...
Another bit of stat mech Problems 1-3 refer to: N identical, noninteracting, and distinguishable qu...
Thesis (Ph.D.), Department of Physics and Astronomy, Washington State UniversityUnderlying the many-...