Postgraduate Govt. College for Girls, Sector-11, Chandigarh Weekly Planner for the January-February2015-16 Class: B.Sc.II Subject:Physics Paper A Paper B Paper C S.No. Dates Change of entropy along a Absorption and amplification of a Anomalous Zeeman effect, 1 18th Jan To 23th reversible path in a P.V. diagram, parallel beam of light passing factor (sodium D-line) . Jan entropy of a perfect gas through a medium Equation of state of ideal gas from Threshold condition. Three level and Unit-IV 2 25th Jan To 30st simple statistical consideration. four level laser schemes. Many Electron System Spectra : Jan Heat death of the universe. Elementary theory of optical cavity, Exchange symmetry of wave longitudinal and transverse modes functions, exclusion principle , shells, subshells in atoms, atomtic spectra (Helium) Derivation of Unit-IV LS coupling , JJ coupling, Maxwell’s 3 1nd Feb To 6th Feb thermodynamical relations Laser Systems and FiberOptics : selection rules, regularities in Types of lasers, Ruby and Nd : YAG atomic spectra. lasers. Unit-IV Mode of creating population X-ray spectra, Mosley Law, 4 8th Feb To 13st Feb Cooling produced by adiabatic inversion and output characterstics absorption spectra, Auger effect stretching, adiabatic compression, change of internal energy with volume Expression for (Cp-Cv), change of He-Ne and CO2 lasers-construction Molecular bounding , molecular 5 15th Feb To state and Clayperon Equation. Semiconductor lasers, spectra, selection rules, symmetric 20stFeb structures Thermodynamical treatment of Applications of lasers-a general Rotational , vibrational, electronic 6 23rd Feb To 27th loule-Thomson effect outline, Holography level and spectra of molecules Use of Joule-Thomson effect for Fiber fundamentals Magnetic resonance experiments, 7 29th Feb To 5th liquification of helium Mar
Postgraduate Govt. College for Girls, Sector-11, Chandigarh Weekly Planner for the January-February2015-16 Class: B.Sc.II Subject:Physics S.No. Dates Paper A Paper B Paper C 1 18th Jan To 23th Jan Change of entropy along a reversible path in a P.V. diagram, entropy of a perfect gas Absorption and amplification of a parallel beam of light passing through a medium Anomalous Zeeman effect, factor (sodium D-line) . 2 25th Jan To 30st Jan Equation of state of ideal gas from simple statistical consideration. Heat death of the universe. Threshold condition. Three level and four level laser schemes. Elementary theory of optical cavity, longitudinal and transverse modes Unit-IV Many Electron System Spectra : Exchange symmetry of wave functions, exclusion principle , shells, subshells in atoms, atomtic spectra (Helium) 3 1nd Feb To 6th Feb Derivation of Maxwell’s thermodynamical relations Unit-IV Laser Systems and FiberOptics : Types of lasers, Ruby and Nd : YAG lasers. LS coupling , JJ coupling, selection rules, regularities in atomic spectra. 4 8th Feb To 13st Feb Unit-IV Cooling produced by adiabatic stretching, adiabatic compression, change of internal energy with volume Mode of creating population inversion and output characterstics X-ray spectra, Mosley Law, absorption spectra, Auger effect 5 15th Feb To 20stFeb Expression for (Cp-Cv), change of state and Clayperon Equation. He-Ne and CO2 lasers-construction Semiconductor lasers, Molecular bounding , molecular spectra, selection rules, symmetric structures 6 23rd Feb To 27th Thermodynamical treatment of loule-Thomson effect Applications of lasers-a general outline, Holography Rotational , vibrational, electronic level and spectra of molecules 7 29th Feb To 5th Mar Use of Joule-Thomson effect for liquification of helium Fiber fundamentals Magnetic resonance experiments,
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