Interference filters#Multilayer optical filters#Thermo electric power of thin films#Thin film tech

Quartz crystal monitor#Optical Interference method#Fizeau fringes of equal thickness#Interferometer

Thickness measurement of Thin films#Electrical Technics#Resistance measurement

#Sputter Deposition#Basic concepts of sputtering#Sputtering yield#glow discharge sputtering

Fabrication of thin film# Laser Evaporation#Resistive heating#Electron beam evaporation

Thin film Techniques#Thermal Evaporation#Fabrication of thin films

#Vacuum Accessories#Vacuum Valves#Vacuum Traps

Vacuum Guages#Pirani Guage#Thermocouple Guage#Ionization Guage

Cryogenic Pump

Ion Pumps #Sputter Ion Pump # Getter Ion Pump

Turbomolecular Pump # Kinetic Vacuum Pump # High Vacuum Pump

Sorption pump # Oil Vapour booster Pump# high vacuum Pump

Diffusion Pump # Vacuum Techniques#Vacuum Pump#Experimental Techniques

Rotary Pump/Oil Sealed rotary Vane Pump # Physical Charecteristics os a vacuum system/Types of Pumps

Vacuum techniques introduction#units#basic definitions

Python Basics# Variables# advantages# Interactive mode/Calculator mode# Script mode/file mode

Half Wave Rectifier # Electronics# Efficiency #Ripple Factor#Peak inverse voltage

Newtons Ring # Determination of λ using Newtons Ring Experiment

Interference of light by plane film#Normal incidence on a plane film#Oblique Incidence on plane film

Fresnels Biprism and Experimental setup

Interference # Constructive interference #Destructive interference #Coherent Sources #

Module 1 : Interference, Superposition Principle

Lecture 58 # Maximum power transfer theorem # Network theorems

Lecture 57 # Thevenins theorem #Nortons theorem # Proof # Problems #Network theorems

Lecture 56 # Source conversion method # Problem #Constant voltage and current sources

Lecture 55# Network theorems # Node current method

Lecture 54 # Network theorems # Maxwell's Loop Current Method # Problems

Lecture 53 # Network theorems # Introduction # Solving simultaneous equations using Cramers rule

Lecture 52 # AC circuits #Power in ac circuits

Lecture 51 # Jumping ring # Repulsion between a coil carrying a.c and a neighbouring conductor

Lecture 50 # AC Bridges # Self inductance by Rayleigh's Method

Lecture 49 # AC Bridges # Self inductance of a coil using Anderson's Bridge

Lecture 48 # ac circuits # j operators# Application of ac circuits

Lecture 47 # Parallel Resonant Circuit # L R parallel with C #Impedance # Admittance # Comparison

Lecture 46 # LC Parallel ac circuit # L R parallel ac circuit # C R parallel ac circuit # Vector

Lecture 45 # Parallel AC circuits#Parallel L C R circuit

Lecture 45 # Series resonant circuit # Series LCR Circuit # Resonance #Bandwidth

Lecture 44 # L C series circuit

Lecture 43# C R series ac circuit # impedance#power factor# vector diagram

Lecture 42#LR series ac circuit #Impedance#admittance#Power factor#Emf and current relation#

Lecture 41 # AC circuits # pure resistive#Pure capacitative# pure inductive circuits #E &I Relation

Lecture 40 # Mean value or Average value of alternating e.m.f/Current#Rms value of alternating emf

Lecture 39 # AC circuits # Alternating emf in a coil rotating in a magnetic field

Lecture 38 #Charge sensitiveness using HMS# Hilbert's Magnetic Standard

Lecture 37# Measurement of Charge sensitiveness/figure of merit/ Ballistic reduction factor of a BG

Lecture 36 # Measurement of high resistance by leakage#Using B G

Lecture 35 # Moving coil galvanometer # Construction #Theory #Correction in damping

Lecture 34#Decay of charge in a LCR Circuit

Lecture 33 # Growth of charge in a circuit having inductance, capacitance and resistance

Lecture32# Find the instantaneous current in a LR circuit after removing applied emf

Lecture 31 # Charge and Discharge of a Capacitor through a resistance

Lecture 30 #Transient currents # Decay of current in a circuit having Inductance and resistance

Lecture 29 #Transient Currents #Growth of current in a circuit having inductance and Resistance

Lecture 28 # Problems # Energy stored # Power transported # Poynting Vector

NET/GATE Problems #Canonical Transformations#Finding Transformation eqns from Generating Function

Lecture 27 # Problem to find Amplitude of Electric field, Magnetic Field, Intensity, Pressure

Lecture 26# Reflection and Transmission of electromagnetic waves at Normal Incidence

Lecture25#Electromagnetic waves in matter#Propagation of electromagnetic waves in linear media

Lecture 24#Energy and Momentum in Electromagnetic Waves#Intensity#Radiation pressure#Poyntingvector

Lecture23 #Poyntings theorem #Poynting Vector