Module Overview
Learning Outcomes
- Describe the following crystal structures: body centred cubic, diamond cubic, zinc blende, fluorite, perovskite
- Calculate the geometrically ideal interstitial site size for the following interstitial sites: tetrahedral, octahedral, simple cubic
- Sketch crystallographic vectors within cubic unit cells, given the direction indices
- Sketch crystallographic planes within cubic unit cells, given the Miller indices
- Determine the correct direction indices given a crystallographic vector drawn within a cubic unit cell
- Determine the correct Miller indices given a crystallographic plane drawn within a cubic unit cell
- Show how the seven crystal systems are defined by combinations of three angles and three lattice parameters
PROJECT FILES
| Title | Author | Description |
|---|---|---|
 Storyline file for I need more structure in my life. |
CC BY |
| Title | Author | Description |
|---|---|---|
 Diamond cubic | Diamond cubic |
Scott Ramsay |
(Duration: 11:42) |
|
Interstitial Sites | Interstitial Sites |
Scott Ramsay |
(Duration: 16:24) |
|
Zinc blende | Zinc blende |
Scott Ramsay |
(Duration: 08:13) |
|
Body centered cubic | Body centered cubic |
Scott Ramsay |
(Duration: 08:50) |
|
Crystal structure review | Crystal structure review |
Scott Ramsay |
(Duration: 14:28) |
|
Working with crystallographic directions | Working with crystallographic directions |
Scott Ramsay |
(Duration: 08:58) |
|
Short Introduction fot crystallographic directions | Short Introduction fot crystallographic directions |
Scott Ramsay |
(Duration: 06:55) |
|
Miller Indices and direction indices | Miller Indices and direction indices |
Scott Ramsay |
(Duration: 08:19) |
|
Crystal systems and the Bravais lattices | Crystal systems and the Bravais lattices |
Scott Ramsay |
(Duration: 07:11) |
