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Utkal University, Odisha, Physics Semester 6, Statistical Mechanics Syllabus
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Unit - 1 Classical Statistics-I
Unit 1
Classical Statistics 1
1.1 Macrostate and Microstate
1.2 Elementary Concept of Ensemble
1.3 Micro canonical
1.4 Cononical and Grand Cononical ensemble
1.5 Phase Space
1.6 Entropy and Thermodynamic Probability
1.7 Maxwell Boltzmann Distribution Law
1.8 Partition Function
Unit 1
Classical Statistics 1
1.1 Macrostate and Microstate
1.2 Elementary Concept of Ensemble
1.3 Micro canonical
1.4 Cononical and Grand Cononical ensemble
1.5 Phase Space
1.6 Entropy and Thermodynamic Probability
1.7 Maxwell Boltzmann Distribution Law
1.8 Partition Function
Unit - 2 Classical Statistics-II
Unit 2
Classical Statistics II
2.1 Thermodynamic Functions of an Ideal Gas
2.2 Classical Entropy Expression
2.3 Gibbs Paradox
2.4 Sackur Tetrode equation
2.5 Law of equipartition of EnergyApplications to Specific Heat and its Limitations
2.6 Thermodynamic Functions of a two energy levels system
2.7 Negative Temperature
Unit 2
Classical Statistics II
2.1 Thermodynamic Functions of an Ideal Gas
2.2 Classical Entropy Expression
2.3 Gibbs Paradox
2.4 Sackur Tetrode equation
2.5 Law of equipartition of EnergyApplications to Specific Heat and its Limitations
2.6 Thermodynamic Functions of a two energy levels system
2.7 Negative Temperature
Unit - 3 Quantum Statistics
Unit 3
Quantum Statistics
3.1 Identical particles
3.2 Macrostates and microstates
3.3 Fermions and Bosons
3.4 Bose Einstein distribution function and Fermi –Dirac distribution function.
3.5 Bose Einstein Condensation
3.6 Bose deviation from Planck’s law
3.7 Effect of temperature on Fermi –Dirac distribution function.
3.8 Degenerate Fermi gas.
3.9 Density of States Fermi energy
Unit 3
Quantum Statistics
3.1 Identical particles
3.2 Macrostates and microstates
3.3 Fermions and Bosons
3.4 Bose Einstein distribution function and Fermi –Dirac distribution function.
3.5 Bose Einstein Condensation
3.6 Bose deviation from Planck’s law
3.7 Effect of temperature on Fermi –Dirac distribution function.
3.8 Degenerate Fermi gas.
3.9 Density of States Fermi energy
Unit - 4 Radiation
Unit 4
Radiation
4.1 Properties of Thermal Radiation
4.2 Blackbody Radiation
4.3 Pure Temperature dependence.
4.4 Kirchhoff’s law
4.5 Stefan Boltzmann low Thermodynamic proof.
4.6 Radiation Pressure
4.7 Wein’s Displacement law
4.8 Wien’s distribution Law
4.9 Saha’s Ionization Formula.
4.10 Rayleigh Jeans Law
4.11 Ultra Violet catastrophe
4.12 Planck’s Law of Black body Radiation.
4.13 Experimental verification
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