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[2003SM/HMW-03]

Node id: 5561page
 AK-47's picture 22-07-10 06:07:16 n

[2003SM/HMW-01]

Node id: 5560page
 AK-47's picture 22-07-10 06:07:58 n

[2003SM/Eval-Test-III]

Node id: 5559page
 AK-47's picture 22-07-10 06:07:38 n

[2003SM/Eval-Test-I]

Node id: 5557page
 AK-47's picture 22-07-10 06:07:37 n

[2003SM/Eval-Test-II]

Node id: 5558page
 AK-47's picture 22-07-10 06:07:38 n

[2003SM/Eval-Suppl]

Node id: 5556page
 AK-47's picture 22-07-10 06:07:37 n

[2003SM/Eval-Suppl]

Node id: 5555page
 AK-47's picture 22-07-10 06:07:17 n

[2003SM/Eval-Final01]

Node id: 5554page
 AK-47's picture 22-07-10 06:07:53 n

[1998TH/LNP-11] Lecture -11 Work in Thermodynamics

Node id: 5553page
 AK-47's picture 22-07-08 07:07:50 n

[1998TH/LNP-10] Lecture -10 Equation of State for non P V systems

Node id: 5552page
 AK-47's picture 22-07-08 07:07:10 n

[1998TH/LNP-09] Lecture -9 Equation of State-II

Node id: 5551page
 AK-47's picture 22-07-08 07:07:29 n

[1998TH/LNP-08] Lecture -8 Pure Substances

Node id: 5550page
 AK-47's picture 22-07-08 07:07:52 n

[1998TH/LNP-07] Lecture -7 Mathematical Preparation

Node id: 5549page
 AK-47's picture 22-07-08 07:07:09 n

[1998TH/LNP-06] Lecture -6 Thermodynamic equilibrium

Node id: 5548page
 AK-47's picture 22-07-08 07:07:35 n

[1998TH/LNP-05] Lecture -5 Zeroth Law and Temperature

Node id: 5547page
 AK-47's picture 22-07-08 07:07:13 n

[1998TH/LNP-04] Lecture -4 Equilibrium

Node id: 5546page
 AK-47's picture 22-07-08 07:07:22 n

[1998TH/LNP-03]--Lecture -3 Microscopic vs macroscopic systems

Node id: 5545page
 AK-47's picture 22-07-08 07:07:29 n

[1998TH/LNP-02]--Lecture -2 Mechanics vs Thermodynamics

Node id: 5544page
 AK-47's picture 22-07-08 07:07:09 n

[2003SM/LNP-18] Lecture-18--Grand Canonical Ensemble — Summary and Applications

Node id: 5543page

The main result for grand canonical ensemble are summarized. The Planck’s law and the Stephan Boltzmann law for black body radiation are derived.

 AK-47's picture 22-07-07 07:07:35 n

[2003SM/LNP-17] Lecture-17--Grand Canonical Ensemble

Node id: 5542page

Using the grand canonical ensemble method, the Bose Einstein and Fermi Dirac distribution formula are derived. An expression for the partition function for photons is proved and result on the mean number of particles in terms of grand canonical partition function is obtained

 AK-47's picture 22-07-07 07:07:17 n

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