Description |
It starts with defining the structure of HCP crystals, goes through lattice parameter in an HCP structure, and continues with the number of atoms in each Lattice. It talks about packing factor and its parameters and ends with coordination number for each unit cell. |
Mental Challenge |
Why do we call it HCP? |
Quizzes and Activities |
Activity: Write down how you think a HCP structure can affect material properties. |
Further Reading Sources |
| Material Structure | 08:16 | |
| Interatomic Bonds | 11:11 | |
| Formation of Crystals | 09:25 | |
| X-ray & Crystalline Structure | 11:07 | |
| Microstructure | 06:44 | |
| Microstructure Range of Order | 06:48 | |
| Crystal Structure | 05:18 | |
| How Crystals are Formed | 05:24 | |
| Identification of Crystal Structure | 03:59 | |
| Crystal Types | 05:40 | |
| Crystalline Structures Parameters | 03:37 | |
| Simple Cubic Structure | 03:54 | |
| BCC Crystal Structure | 04:49 | |
| FCC Crystal Structure | 05:14 | |
| HCP Crystal Structure | 07:34 | |
| FCC vs. HCP | 04:00 |
| Variable Properties | 09:54 | |
| Nanomaterial's Reactivity | 07:30 | |
| Catalytic Properties | 04:37 | |
| Thermal Properties | 06:40 | |
| Optical Properties 1 | 09:12 | |
| Optical Properties 2 | 08:51 | |
| Nanomaterial Electrical Properties | 07:42 | |
| Mechanical Property Changes 1 | 07:56 | |
| Mechanical Property Changes 2 | 08:26 | |
| Magnetic Properties1 | 06:53 | |
| Magnetic Properties 2 | 07:23 |