Scott Ramsay
This channel aims to help you to understand solids. Solids are all around us and are largely the focus of the field of study known as materials science. By understanding the way solids are put together (their microstructure) we can understand why various materials behave as they do. In many cases we can even use our understanding of solids to change the way they behave.
I got doored! So I CT scanned my carbon fiber bike fork!
c к соотношению для гексагональной плотноупакованной структуры (ГПУ)
Cation to anion radius ratio for tetrahedral interstitial site
Tetrahedral symmetry, tetrahedral interstitial site, bond angle in methane, diamond cubic, silicon
76 The iron carbon system (screen only)
75 Deriving the Lever Rule (screen only)
73 A first look at phase diagrams (screen only)
59 The diamond cubic crystal structure
My Teaching from home video set-up
34 Механическое поведение полимеров
30 The Boltzmann Distribution and vacancies
29 Point Defects
31 Lattice strain around Dislocations
28 Introduction to Imperfections
26 Mechanism for plastic deformation in metals
32 Interfacial defects
33 3 Dimensional defects
25 Yield, tensile strengths and necking
27 Dislocation Movement
24 From Crystals to Properties
21 Simple Cubic Interstitial Site
23 Coordination Number for FCC
22 PbSe Crystal Structure Predicition
18 2 Hexagonal Close Packed
18 The Octahedral Site
20 APF in FCC and BCC
16 Ceramic Density Calculations
17 Body Centred Cubic BCC
14 Theoretical Density of Al