Все публикации

0:20:00

INFRARED SPECTROSCOPY - L.2.6 Fourier Transform Infrared Spectroscopy (FTIR)

0:26:48

INFRARED SPECTROSCOPY - L.2.5 IR Spectrophotometer instrumentation (Double beam spectrophotometer)

0:30:16

INFRARED SPECTROSCOPY- L.2.4 Fundamental modes of vibration of H2O and CO2-application of IR spectra

0:25:45

INFRARED SPECTROSCOPY - L.2.3 Diatomic Vibrating Rotator

0:35:10

INFRARED SPECTROSCOPY - L.2.2 Anharmonic oscillator-fundamentals, overtones & combinations-Problem

0:25:40

INFRARED SPECTROSCOPY - L.2.1 Vibrations of simple harmonic oscillator and zero-point energy-

0:46:23

Quantum Mechanics made simple-notes .9 Matrix Mechanics - Hilbert space (continuation)

0:21:56

MICROWAVE SPECTROSCOPY - L.1.9 Problems on Rotational spectroscopy

0:26:37

MICROWAVE SPECTROSCOPY - L.1.8 Stark effect of linear&spherical top molecules in microwave spectra

0:10:39

MICROWAVE SPECTROSCOPY - L.1.7 Information derived from rotational spectra

0:10:22

MICROWAVE SPECTROSCOPY - L.1.6 Instrumentation for Microwave spectroscopy

0:22:07

MICROWAVE SPECTROSCOPY - L.1.5 Hyperfine structure and Quadrupole moment of linear molecules

0:42:36

MICROWAVE SPECTROSCOPY - L.1.4 Polyatomic molecules-linear- symmetric, asymmetric top molecules

0:18:15

MICROWAVE SPECTROSCOPY - L.1.3 Intensity of spectral lines in rotational spectra

0:28:12

MICROWAVE SPECTROSCOPY - L.1.2 Effect of isotopic substitution - Non rigid rotator

0:30:19

MICROWAVE SPECTROSCOPY - L.1.1 Rotational spectra of diatomic molecules - Rigid Rotor

0:23:07

Quantum Mechanics made simple-notes .8 Matrix Mechanics

0:18:46

Quantum Mechanics made simple-notes.7 Simultaneous measurability of observables&Uncertainty relation

0:27:25

Quantum Mechanics made simple-notes .6 Postulates of Quantum Mechanics

0:22:29

Quantum Mechanics made simple-notes .5 Ehrenfest theorem

0:20:43

Quantum Mechanics made simple-notes .4 Conservation of Probability current

0:15:41

Quantum Mechanics made simple-notes .3 Schrödinger time independent equation and a related problem

0:14:44

Quantum Mechanics made simple-notes .2 Schrödinger time dependent equation

0:19:36

Quantum Mechanics made simple-notes .1 Interpretation (Physical significance) of wave function