55:22

Lecture 10: ECCI, EBSD (Cont'd), and focused ion beam

05:17

2.4: Dislocations in BCC metals

38:20

Lecture 9: Electron channeling contrast imaging (ECCI) and electron backscatter diffraction (EBSD)

07:06

2.3 Second-order ODE - Damped systems

54:02

Lecture 8: SEM beam alignment and image processing

05:30

2.3: Dislocations in FCC metals - Part III

01:02:06

Lecture 7: Electron beam-material interaction - x-ray and EDS

48:36

Lecture 6: Electron beam-material interaction - backscattered electron imaging

04:36

2.2: Second-order ODE - Free oscillation

59:28

Lecture 5: Electron beam-material interaction - secondary electron imaging

00:23

Hopkins Daily (Sept-Dec, 2017)

06:20

2.2: Dislocations in FCC metals - Part II

03:38

2 1: Second-order ODE - the first glance

01:02:50

Lecture 4: Beam optics in SEM

08:51

2.1: Dislocations in FCC metals - Part I

55:33

Lecture 3: Electron guns

07:31

1.3: First-order OED - Nonhomogeneous Bernoulli equation

49:20

Lecture 2: Resolution and Contrast

38:11

Lecture 1: Syllabus and Introduction

06:01

1.6: How to see dislocations

03:36

1.2: First-order ODE - Homogeneous Bernoulli equation

06:47

NanoMEGAS ASTAR-TOPSPIN Tutorial 3 - Data Visualization

08:21

1.5: Forces of dislocations

06:54

NanoMEGAS ASTAR-TOPSPIN Tutorial 2 - Data Reconstruction

03:46

1.1: First-order ordinary differential equations (ODE) - the most general form

06:55

1.4: Elastic properties of dislocations

05:14

8.3: Applications of Eigenvalues and Eigenvectors

06:36

1.3: Ideal strength and types of dislocations

04:35

8.2: Eigenvalues and Eigenvectors: Some more complex examples

05:01

8.1: Eigenvalues and Eigenvectors

04:05

1.2: Defects in crystals

07:46

7 7: Matrices - Inverse matrix, cofactors, and recap

06:46

7.6: Matrices - Identity matrix and inverse matrix

03:35

1.1: Introduction to dislocations

07:04

7.5: Matrices - Crammer's rule

07:33

7.4: Matrices - Determinants of Matrices

05:17

7.3: Matrices - Gauss elimination - 2

09:24

7.2: Matrices - Gauss elimination - 1

06:03

7.1: Matrices - Matrix multiplication

05:40

24.9 Probability and Statistics: Normal distribution

03:09

24.8: Probability & Statistics - Poisson distribution - 2

05:39

24.7: Probability & Statistics - Poisson distribution - 1

06:00

24.6: Probability & Statistics - Binomial distribution

05:34

24.5: Probability & Statistics - Moment generating function

05:29

24.4: Probability & Statistics - Mean, variance, and standard deviation

03:42

24.3: Probability & Statistics - Conditional probability II (Bayesian analysis)

10:05

21: Applications of convergent-beam electron diffraction (CBED)

01:28

24.2: Probability & Statistics - Conditional probability

01:23

24.1: Probability & Statistics - Probability for A or B

05:14

20: Forming convergent-beam electron diffraction (CBED)

05:15

19: Kikuchi diffraction in TEM

05:40

29: Lorentz microscopy and electron holography

08:47

40: Fine details in core-loss edges and farewell

08:43

39: Core-loss spectra and imaging

07:18

TEM practical session 06 - Acquiring diffraction patterns and tilting a crystal to a zone axis

06:35

38: Zero-loss and low-loss spectra and imaging

08:00

37: Introduction to electron energy-loss spectroscopy (EELS)

07:06

36: Spatial resolution and minimum detection of EDS in TEM

07:52

27.2: Weak-beam dark-field (WBDF) imaging

08:15

26.2: Dislocation imaging in TEM - Part 2