16:20
SymmetryScape: Patterns in Humanyun's Tomb
13:03
SymmetryScape: Patterns in Qutub Complex
05:53
How to squeeze in 25th. circle in the space for 24?
06:37
Is HCP a Bravais Lattice?? | ChatGPT Crystallography Quiz Part 2
07:26
ChatGPT Crystallography Quiz 1: CsCl
06:24
Volume of a unit cell in any crystal system
25:22
Metric Tensor: Distances and angles in any crystal system
07:18
Stereographic projection V: Great circle through two poles
08:01
Stereographic Projection IV Opposite of a Pole
10:28
Stereographic Projection III: Pole of a great circle
10:01
Stereographic projections II Small circles
14:02
Stereographic projection I : Introduction
08:25
Ewald's sphere and electron diffraction pattern
12:38
Ewald's sphere
08:16
Reciprocal of FCC lattice
08:25
Reciprocal of a BCC lattice
09:13
Primitive unit cell of an FCC lattice
11:05
Primitive Unit Cell of a BCC Lattice
08:04
Reciprocal Lattice of a Simple Cubic Lattice Edited
15:09
Bragg's law in Reciprocal Space
10:08
Proof of Weiss zone Law Using Reciprocal Lattice
18:53
Properties of G*HKL
17:20
Reciprocal Lattice Definition
06:11
Liquid Nitrogen Experiment
12:22
Crystallography Lec 7: Crystal = Lattice + Motif
17:47
Crystallography Lec 6: 7 crystal system and 14 Bravais Lattices on the basis of symmetry
12:06
Crystallography- Lecture 5: Basis for classification of Lattices
07:49
Experiments done at B.Tech Intro at IIT Delhi 🧐
03:56
Crystallography L4: Lattice Parameter as Basis for Classification
12:10
Crystallography- Lecture 3: Missing Lattices
09:21
Crystallography- Lecture 2: Crystal Systems and 14 Bravais Lattices
07:08
Crystallography- Lecture 1: Crystal, Lattice, Unit Cell and Lattice Parameter
07:33
Stacking Faults in HCP (Hexagonal Closed Pack) Crystals
23:58
Stacking Faults in CCP Crystal
16:12
Strain Energy of a Screw Dislocation
14:47
Stress Field Around an Edge Dislocation
26:51
Stress and Strain Fields Around a Screw Dislocation
22:28
Peach Koehler Equation (Part 3): Derivation
05:41
Peach Koehler Equation (Part 4): Application
05:45
Peach Koehler Equation (Part 2): Climb Force on a Dislocation
09:58
Peach Koehler Equation (Part 1): Glide Force on a Dislocation
08:38
Slip due to Glide Motion of Dislocation
21:28
Active Slip Systems
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