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E- Contents (Notes/Videos/PPTS for Students)

M.Sc. III SEM PHYSICS
S.No. Topic Name Uploaded By
1 AMP - Introduction - Atoms - Spectroscopy GHANSHYAM PUROHIT
2 AMP - Elctromagnetic spectrum - Atomic Orbital GHANSHYAM PUROHIT
3 AMP - Electromagnetic Spectrum - Atomic Orbital - Atomic Spectra GHANSHYAM PUROHIT
4 AMP - Hydrogen Spectrum - Fine Structure GHANSHYAM PUROHIT
5 AMP - Pauli Principle GHANSHYAM PUROHIT
6 AMP - Alkali Spectra GHANSHYAM PUROHIT
7 AMP - Spin orbit interaction GHANSHYAM PUROHIT
8 AMP - Fine structure in alkali metals GHANSHYAM PUROHIT
9 AMP - Normal Zeeman Effect GHANSHYAM PUROHIT
10 AMP - Anomalous Zeeman Effect and Paschen Back Effect GHANSHYAM PUROHIT
11 AMP - Anomalous Zeeman Effect GHANSHYAM PUROHIT
12 AMP - Paschen Back Effect GHANSHYAM PUROHIT
13 AMP - Two electron systems LS Coupling GHANSHYAM PUROHIT
14 AMP - jj coupling GHANSHYAM PUROHIT
15 AMP - Two electron system Zeeman Effect Paschen Back Effect GHANSHYAM PUROHIT
16 AMP - Stark Effect GHANSHYAM PUROHIT
17 Radiation Physics: Interaction of Photons GUNJAN ARORA
18 Radiation Physics: Sources of Radiation GUNJAN ARORA
19 Radiation Physics: Cockcroft–Walton generator GUNJAN ARORA
20 Text Book: A Primer in Applied Radiation Physics by F.A. Smith (World Scientific Publications) GUNJAN ARORA
21 Radiation Physics: Synchrotron Radiation GUNJAN ARORA
22 Radiation Physics: Gas Filled Detectors GUNJAN ARORA
23 Radiation Physics: Scintillation Counter GUNJAN ARORA
24 Radiation Physics: Semiconductor Detectors GUNJAN ARORA
25 AMP - Width of spectral lines - Doppler Broadening GHANSHYAM PUROHIT
26 AMP - Natural width and External Effects GHANSHYAM PUROHIT
27 AMP - Rotational spectra of molecules GHANSHYAM PUROHIT
28 AMP - Rotational spectra of a diatomic molecule GHANSHYAM PUROHIT
29 AMP - Rotational spectra - Non rigid rotator GHANSHYAM PUROHIT
30 AMP - Rotation spectra polyatomic molecules GHANSHYAM PUROHIT
31 AMP - Rotation spectra - Symmetric top molecules GHANSHYAM PUROHIT
32 AMP - Techniques and Instrumentation Chemical Analysis by Microwave Spectroscopy GHANSHYAM PUROHIT
33 AMP - Vibrational Spectra of diatomic molecules GHANSHYAM PUROHIT
34 AMP - Vibrational spectra of diatomic molecules - Anharmonic oscillator GHANSHYAM PUROHIT
35 AMP - Vibration-Rotation Spectra of Diatomic Molcules GHANSHYAM PUROHIT
36 AMP - Vibrational spectra of polyatomic molecules GHANSHYAM PUROHIT
37 AMP - I R Spectrometer GHANSHYAM PUROHIT
38 AMP - Raman spectra-Introduction Pure rotational Raman Spectra GHANSHYAM PUROHIT
39 AMP - Vibrational Raman Spectra GHANSHYAM PUROHIT
40 AMP-Vibration Raman Spectra continue GHANSHYAM PUROHIT
41 AMP - Polarization of light and Raman Effect GHANSHYAM PUROHIT
42 AMP - Structure determination by Raman and Infra red spectroscopy GHANSHYAM PUROHIT
43 AMP - Near I R -F T Raman Spectroscopy GHANSHYAM PUROHIT
44 AMP - Electronic spectra of diatomic molecule GHANSHYAM PUROHIT
45 AMP - Franck Condon Principle GHANSHYAM PUROHIT
46 AMP - Rotational fine structure of eletronic vibrational transitions GHANSHYAM PUROHIT
47 AMP - Fortrat Diagram Electronic spectra of polyatomic molecules GHANSHYAM PUROHIT
48 AMP - Molecular photoelectron spectroscopy GHANSHYAM PUROHIT
M.Sc. II SEM PHYSICS
S.No. Topic Name Uploaded By
1 WKB method K.B. JOSHI
2 Scattering theory K.B. JOSHI
3 Scattering theory K.B. JOSHI
4 Scattering theory K.B. JOSHI
5 ED - Scalar and Vector Potentials, E. M. waves in free space GHANSHYAM PUROHIT
6 ED - E. M. Waves in matter - Normal Incidence GHANSHYAM PUROHIT
7 ED - E. M. Waves in matter - Oblique Incidence GHANSHYAM PUROHIT
8 ED - E. M. Waves in Matter - Reflection and Refraction GHANSHYAM PUROHIT
9 ED - E. M. Waves in conductors GHANSHYAM PUROHIT
10 ED - E. M. Waves - Reflection at conducting surfaces GHANSHYAM PUROHIT
11 Partial wave analysis K.B. JOSHI
12 Unit II Statistical Mechanics DINESH PATIDAR
13 ED - Transmission lines GHANSHYAM PUROHIT
14 ED - Lossy, Lossless and Terminated Transmission Lines GHANSHYAM PUROHIT
15 ED - Transmission Lines - Impedance GHANSHYAM PUROHIT
16 Computational Methods in Physics: Interpolation: Lagrange Interpolation, Difference tables, Truncation error GUNJAN ARORA
17 Computational Methods in Physics: Interpolation: Spline Interpolation GUNJAN ARORA
18 Computational Methods in Physics: Curve fitting: Straight line fit, fitting using polynomial function of higher degree, Exponential Curve Fit GUNJAN ARORA
19 Computational Methods in Physics: Differential equations: Euler and Taylor Series methods, Runge-Kutta Methods GUNJAN ARORA
20 ED - Electromagnetic cavities GHANSHYAM PUROHIT
21 ED - Introduction GHANSHYAM PUROHIT
22 ED - Electrostatics GHANSHYAM PUROHIT
23 ED - Electrostatics - Continue GHANSHYAM PUROHIT
24 ED - Magnetostatics GHANSHYAM PUROHIT
25 ED -Electromagnetic Induction - Maxwell equations GHANSHYAM PUROHIT
26 ED - Maxwell equations in matter - Boundary conditions GHANSHYAM PUROHIT
27 ED - Electromagnetic cavities - Dispersion relations in plasma GHANSHYAM PUROHIT
28 ED - Waveguides GHANSHYAM PUROHIT
29 Dipole Radiation GHANSHYAM PUROHIT
30 ED - Electric and magnetic dipole radiation GHANSHYAM PUROHIT
31 ED - Point charges - Lienard wiechart potentials GHANSHYAM PUROHIT
32 ED - Electric and magnetic field due to point charges GHANSHYAM PUROHIT
33 ED - Radiation reaction - Abraham Lorentz Formula GHANSHYAM PUROHIT
34 ED - Plasma Introduction - Saha equation GHANSHYAM PUROHIT
35 ED - Debye shielding, quasineutrality, plasma parameters GHANSHYAM PUROHIT
36 ED - Plasma oscillations GHANSHYAM PUROHIT
37 ED - Plasma oscillations - Applications of plasma GHANSHYAM PUROHIT
38 ED - Magnetic confinement of plasma - Plasma production GHANSHYAM PUROHIT
B.A. THIRD YEAR
S.No. Topic Name Uploaded By
1 Physics Paper III - Crystal Geometry, Symmetry Elements Nambakkat Lakshmi Radhakrishnan
2 Physics Paper III - Free Electron Model (audio) Nambakkat Lakshmi Radhakrishnan
B.SC. THIRD YEAR
S.No. Topic Name Uploaded By
1 Physics II - Vector Potential GHANSHYAM PUROHIT
2 Physics II - Motion of Charged Particle in E field GHANSHYAM PUROHIT
3 Physics II - Motion of electron in transverse E field GHANSHYAM PUROHIT
4 Physics II - Motion of electron in E and B fields GHANSHYAM PUROHIT
5 Physics II - Electrostatic and Magnetic Focussing CRO Cyclotron GHANSHYAM PUROHIT
6 Physic II - Bain bridge Thomson Paraboa Betatron GHANSHYAM PUROHIT
7 Physics II - Faraday law of E. M. Induction Self and Mutual Inductance GHANSHYAM PUROHIT
8 Physics II - Energy Stored in Magnetic field - Solenoid GHANSHYAM PUROHIT
9 Physics II - Magnetic Potential Scalar Potential GHANSHYAM PUROHIT
10 Physics Paper III - Crystals and Symmetry Nambakkat Lakshmi Radhakrishnan
11 Physics Paper III - Primitive Cell, Miller Indices Nambakkat Lakshmi Radhakrishnan
12 Physics Paper III - Crystal Structures, Classification, Crystal Geometry Nambakkat Lakshmi Radhakrishnan
13 Physics Paper III - Free Electron model, Bloch Functions, Bloch Theorem Nambakkat Lakshmi Radhakrishnan
14 Physics Paper III - X ray Diffraction Nambakkat Lakshmi Radhakrishnan
15 Physics Paper III - Crystals and Symmetry (Audio) Nambakkat Lakshmi Radhakrishnan
16 Physics Paper III - Primitive Cell, Miller Indices (audio) Nambakkat Lakshmi Radhakrishnan
17 Physics Paper III - Crystal Structures, Classification, Crystal Geometry (audio) Nambakkat Lakshmi Radhakrishnan
18 Physics Paper III - Free Electron model, Bloch Functions, Bloch Theorem (audio) Nambakkat Lakshmi Radhakrishnan
19 Physics Paper III - Free Electron Model (audio) Nambakkat Lakshmi Radhakrishnan
20 Physics Paper III - Bloch Functions, Bloch Theorem (audio) Nambakkat Lakshmi Radhakrishnan
21 Physics Paper III - Bloch Functions, Bloch Theorem (audio) Nambakkat Lakshmi Radhakrishnan
22 Physics Paper III - X ray Diffraction (audio) Nambakkat Lakshmi Radhakrishnan
23 Physics I - Black-body radiation LEKHRAJ MEENA
24 Physics II - Displacement current Modified Ampere Law Maxwell equations and boundary conditions GHANSHYAM PUROHIT
25 Physics II - Lorentz Guage and Coulomb Guage GHANSHYAM PUROHIT
26 Physics I - Phase Velocity and Group Velocity LEKHRAJ MEENA
27 Physics II - Electromagnetic waves in non-conducting medium GHANSHYAM PUROHIT
28 B.Sc-III, Paper-II syllabus and Books DINESH PATIDAR
29 Physics II - Electromagnetic field momentum Reflection and Refraction of E. M. Wave GHANSHYAM PUROHIT
30 Physics II - E. M. Wave - Plane wave solutions Ortogonality of fields Poynting Vector GHANSHYAM PUROHIT
31 Physics II - E M Waves in conducting medium GHANSHYAM PUROHIT
32 Physics II - Reflection and Transmission through a conducting surface GHANSHYAM PUROHIT
33 Physics II - Total internal reflection GHANSHYAM PUROHIT
34 Physics II - Retarded potentials GHANSHYAM PUROHIT
35 Physics II - Radiation from an oscillating dipole GHANSHYAM PUROHIT
36 Paper III -Nano systems - surface effects(audio) Nambakkat Lakshmi Radhakrishnan
37 Physics Paper III - Nano systems Nambakkat Lakshmi Radhakrishnan
38 Paper III - Nano materials - properties (audio) Nambakkat Lakshmi Radhakrishnan
39 Physics II - Radiation from an oscillating dipole - Near Zone Far zone GHANSHYAM PUROHIT
40 Physics II - Radiation Resistance Linear Anteena GHANSHYAM PUROHIT
B.SC. SECOND YEAR
S.No. Topic Name Uploaded By
1 OPTICS: A textbook of Optics by Subrahmanyam-Brij Lal GUNJAN ARORA
2 OPTICS: Interference of Light-ppt GUNJAN ARORA
3 OPTICS: Introduction to Interference of Light GUNJAN ARORA
4 OPTICS: Thin Film Interference GUNJAN ARORA
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