Description |
It starts with introducing diffraction process and goes through its history, mechanism and procedure, important points, and different types. |
Mental Challenge |
What are electric arc lamps? |
Quizzes and Activities |
Activity: draw a schematic of an electric arc lamp. |
Further Reading Sources |
1.https://www.spiedigitallibrary.org/ebook/Download?fullDOI=10.1117/3.821000.ch5&isFullBook=False&isResultClick=True&SSO=1 |
| Wave - Particle Duality | 12:25 | |
| Particle in a Box | 07:46 |
| Lattice and Crystal | 10:46 | |
| Band Theory | 18:04 | |
| Heterostructures | 09:40 |
| Laser Mechanism Basics | 09:14 | |
| Direct and Indirect Energy gap | 13:04 | |
| Quantum Dots 1 | 13:15 | |
| Quantum Dots 2 | 16:18 | |
| Quantum Dots 3 | 10:26 |
| Carbon Properties | 20:42 | |
| Carbon Applications | 10:43 |
| Semiconductor devices | 26:52 | |
| PN Junction | 12:38 | |
| MOS Transistor | 14:35 | |
| Silicon Crystal | 25:50 | |
| Silicon Crystal Growth | 13:45 | |
| Contamination Reduction - Clean Room | 21:03 | |
| Contamination Reduction - Cleaning | 11:53 | |
| Contamination Reduction - Adsorption | 11:37 |
| Introduction to lithography | 08:18 | |
| Historical Development and Essential Concepts | 14:31 | |
| Optical Sources | 12:52 | |
| Optical Principles | 08:18 | |
| Fraunhofer and Fresnel Diffraction | 21:01 | |
| Photo Sensitive Protectors | 18:11 |
| Quantum Computers | 19:38 |