In this topic we discuss about Physical Optics.
Here the entire topic is divided into five modules.
Modules -
- Interference Principle
- Observing Phenomenon of Interference
- Diffraction
- Plarization
- Polarization Measurement
Again each module is divided into different lectures.
M10 - Interference Phenomenon
Lect-1:Superposition of Waves
Lect-2:Conditions for Interference
Lect-3:Derivation of Coherent Sources by Division of Amplitude
Lect-2:Conditions for Interference
Lect-3:Derivation of Coherent Sources by Division of Amplitude
M11 - Interference : Observing Phenomna
Lect-1:Fresnel's Biprism and Newton's Ring
Lect-2:Michelson Interferometer
Lect-3:Febri-Perot Interferometer
Lect-4:Engineering Applications of Interference Phenomenon
Lect-2:Michelson Interferometer
Lect-3:Febri-Perot Interferometer
Lect-4:Engineering Applications of Interference Phenomenon
M12 - Diffraction
Lect-1:Diffraction by single slit
Lect-2:Diffraction by double slit
Lect-3:Diffraction by multiple slits
Lect-4:Resolving Power of Grating and other Image forming system
Lect-2:Diffraction by double slit
Lect-3:Diffraction by multiple slits
Lect-4:Resolving Power of Grating and other Image forming system
M13 - Polarization
Lect-1 : Propagation of Light
Lect-2 : Electromagnetic waves at the interface
Lect-3 : Linearly or plane polarized light
Lect-4 : Circulary and Elliptically Polarized light
Lect-2 : Electromagnetic waves at the interface
Lect-3 : Linearly or plane polarized light
Lect-4 : Circulary and Elliptically Polarized light
M14 - Production of Polarization
No comments:
Post a Comment