Showing 101–150 of 479 results

Show sidebar

Lecture 12: Determination of Focal Length of Concave Mirror, by Amal Kumar Das

,

Lecture 12: Equilibrium Carrier Statistics in Semiconductors: Density of States, Fermi Function and Population Density in Bands, by Monica Katiyar

,

Lecture 13 : Second Harmonic Generation (SHG), by Samudra Roy

,

Lecture 13 : Wave Propagation in Layered Structures, by Partha Roy Choudhuri

,

Lecture 13: Determination of Focal Length of Concave Mirror (Contd.), by Amal Kumar Das

,

Lecture 13: Equilibrium Carrier Statistics in Semiconductors: Qualitative Examination of Carrier Densities in Conduction and Valence Bands, by Monica Katiyar

,

Lecture 14 : Optical Rectification, Linear Electro-Optic Effect, by Samudra Roy

,

Lecture 14 : Wave Propagation in Layered Structures (Contd.), by Partha Roy Choudhuri

,

Lecture 14: Determination of Focal Length of Convex Mirror, by Amal Kumar Das

,

Lecture 14: Equilibrium Carrier Statistics in Semiconductors: Quantitative Examination of Carrier Densities in Intrinsic Semiconductor, by Monica Katiyar

,

Lecture 15 : Sum & Difference Frequency Generation, by Samudra Roy

,

Lecture 15 : Wave Propagation in Layered Structures (Contd.), by Partha Roy Choudhuri

,

Lecture 15: Determination of Focal Length of Convex Lens, by Amal Kumar Das

,

Lecture 15: Doping in Semiconductors, by Monica Katiyar

,

Lecture 16 : Nonlinear Maxwell’s Equation, by Samudra Roy

,

Lecture 16 : Wave Propagation in Layered Structures (Contd.), by Partha Roy Choudhuri

,

Lecture 16: Determination of Focal Length of Concave Lens, by Amal Kumar Das

,

Lecture 16: Equilibrium Carrier Statistics in Semiconductors: Complete Ionization of Dopant Levels, by Monica Katiyar

,

Lecture 17 : Theory of SHG, by Samudra Roy

,

Lecture 17 : Wave Propagation in Layered Structures (Contd.), by Partha Roy Choudhuri

,

Lecture 17: Determination of Focal Length of Convex Lens by Diplacement Method, by Amal Kumar Das

,

Lecture 17: Equilibrium Carrier Statistics in Semiconductors: Carrier Freeze out, by Monica Katiyar

,

Lecture 18 : Phase Matching, by Samudra Roy

,

Lecture 18 : Waves in Guided Structures and Modes, by Partha Roy Choudhuri

,

Lecture 18: Applications of Mirrors and Lenses, by Amal Kumar Das

,

Lecture 18: Semiconductor Junctions in Band-Diagrams, by Monica Katiyar

,

Lecture 19 : Phase Matching of SHG, Gain Band Width Calculation, by Samudra Roy

,

Lecture 19 : Waves in Guided Structures and Modes (contd.), by Partha Roy Choudhuri

,

Lecture 19: Determination of Refractive Index of Liquid Using Travelling Microscope, by Amal Kumar Das

,

Lecture 19: Linear Dielectric Behavior, by Monica Katiyar

,

Lecture 2 : Free Electron Theory, by Monica Katiyar

,

Lecture 20 : Manley-Rowe Relation, Energy Conservation in SHG,, by Samudra Roy

,

Lecture 20 : Waves in Guided Structures and Modes (contd.), by Partha Roy Choudhuri

,

Lecture 20: Basic discussion on Spectrometer and Prism, by Amal Kumar Das

,

Lecture 20: Non-Linear Dielectric Behavior, by Monica Katiyar

,

Lecture 21 : Birefringence Phase-Matching (BPM) ,Type I and Type II Phase Matching, by Samudra Roy

,

Lecture 21 : Waves in Guided Structures and Modes (contd.), by Partha Roy Choudhuri

,

Lecture 21 Optical Spectra, by Debashis Ray

,

Lecture 21: Basic discussion on Spectrometer and Prism (contd.), by Amal Kumar Das

,

Lecture 21: Carrier Recombination-Generation-I: Band-To-Band Transition, by Monica Katiyar

,

Lecture 22 : Type II Phase Matching, Symmetry in Nonlinear Susceptibility, by Samudra Roy

,

Lecture 22 : Waves in Guided Structures and Modes (contd.), by Partha Roy Choudhuri

,

Lecture 22: Basic discussion on Spectrometer and Prism (contd.), by Amal Kumar Das

,

Lecture 22: Carrier Recombination-Generation -II: Other Mechanisms, by Monica Katiyar

,

Lecture 23 : Kleinman’S Symmetry, Neumann’s Principle, by Samudra Roy

,

Lecture 23 : Waves in Guided Structures and Modes (contd.), by Partha Roy Choudhuri

,

Lecture 23: R-G Statistics Via R-G Centers, by Monica Katiyar

,

Lecture 23: Schuster’s Method, by Amal Kumar Das

,

Lecture 24 : Coupling of Waves and Optical Couplers, by Partha Roy Choudhuri

,

Lecture 24 : Neumann’S Principle (Cont) Centrosymmetric System, by Samudra Roy

,