Description |
It starts with an introduction to microwaves, goes more deeply through their description, applications, history, chemistry, heating and properties, superheating, and heating selectiveness. Then it talks about material synthesis with microwave. Finally it ends with a brief review on advantages of microwave nano synthesis. |
Mental Challenge |
Why are microwaves used in nano synthesis? |
Quizzes and Activities |
Activity: Find out disadvantages of microwave in nanomaterial synthesis. |
Further Reading Sources |
1. https://link.springer.com/chapter/10.1007/978-1-4614-5395-6_8 2. https://onlinelibrary.wiley.com/doi/book/10.1002/9783527648122 |
| PVD Method | 03:53 | |
| Thermal Evaporation | 10:37 | |
| Sputtering | 07:52 | |
| Electron Beam PVD | 11:00 |
| CVD Method | 09:27 | |
| CVD Types | 06:12 | |
| PECVD Method | 21:26 | |
| MOCVD Method | 19:21 |
| Sol-Gel Method | 06:57 | |
| Sol-Gel Stages | 11:09 | |
| Effective Parameters of Sol-Gel | 17:25 | |
| Applications of Aerogel | 18:54 |
| Molecular Self-Assembly | 18:25 | |
| Nanoparticle Self-Assembly | 15:52 | |
| Self-Assembly Technique | 19:13 |
| Chemical Solution Deposition | 17:39 | |
| Chemical Precipitation | 20:09 | |
| Polyols | 16:10 | |
| Emulsion Method | 18:18 | |
| Sonochemical Method | 18:15 | |
| Thermal Decomposition Method | 17:25 | |
| Microwave Method | 25:30 | |
| Hydrothermal Method | 20:57 | |
| Solvothermal Method | 11:34 |
| Electrochemical Methods | 07:05 | |
| Oxidation and Reduction Affinity | 11:52 | |
| Standard Potential | 17:54 | |
| Electrochemical Deposition | 14:31 | |
| Electrochemical Deposition Methods and Voltage Effects | 15:02 | |
| Anodizing 1 | 14:37 | |
| Anodizing 2 | 17:11 |
| Spinning Processes | 15:49 | |
| Electrospinning Parameters | 22:10 |