Все публикации

0:02:04

8 September 2020

0:25:58

Vid7 time independent perturbation theory, spin orbit coupling,

0:07:04

vid6 experimental techniques sorption pump etc

0:04:18

vid2 experimental techniques

0:10:22

vid3 experimental techniques

0:07:29

XRD

0:06:54

vid7 experimental techniques vaccum gauges

0:03:43

vid5 experimental techniques sorption pump&oil vapour booster pump

0:09:08

experimental techniques vid1 vaccum techniques intro

0:11:52

experimental techniques

0:15:06

XRD

0:07:07

vid4 experimental techniques rotary pump

0:09:40

Coriolis force classical mechanics

0:15:15

principle of least action | classical mechanics | goldstein | Lagrangian and hamiltonian formulation

0:06:30

derivation of hamilton's equations from a variational principle | classical mechanics | goldstein

0:23:13

legendre transformation and the Hamilton equations of motion |classical mechanics | goldstein

0:35:36

transformation of the scattering problem to laboratory coordinates | classical mechanics#Goldstein

0:09:38

scattering in central force field | last part | classical mechanics | Goldstein | Msc physics

0:22:50

scattering in a central force field | part 1 | classical mechanics | Goldstein | Msc physics

0:07:39

predictor | corrector method | numerical methods | computational physics

0:16:11

Runge-kutta methods | numerical methods | computational physics | ss shastry

0:31:03

computational physics | numerical methods | Euler method | ss shastry

0:34:41

isotropic harmonic oscillator | central potential | quantum mechanics | jj sakurai

0:18:25

central potential | the radial equation | quantum mechanics | jj sakurai