Description |
It talks about the importance of NF characterization and describes different methods of characterizing NF membrane and their uses. These methods include SEM, TEM, AFM, BET and indirect methods. |
Mental Challenge |
How can we evaluate the quality of NF membranes? |
Quizzes and Activities |
Activity: Find a combination of characterization methods that can give us almost all of the aspects of NF characterization. |
Further Reading Sources |
1.https://link.springer.com/content/pdf/10.1007/978-3-642-40872-4_1001-1.pdf |
| Nanocatalysts 1 | 15:35 | |
| Nanocatalysts 2 | 17:44 | |
| Types of Nanocatalysts 1 | 12:12 | |
| Types of Nanocatalysts 2 | 12:11 | |
| Catalysis Improvement | 10:18 | |
| Nanocathalyst Synthesis Methods | 18:22 | |
| Nanocatalysts in Industry 1 | 11:43 | |
| Nanocatalysts in Industry 2 | 18:22 |
| Nanofluids/Nanocloids | 17:09 | |
| Nanofluid Materials | 10:10 | |
| Nanofluid Preparation | 11:29 | |
| Nanofluid Challenges | 15:09 | |
| Nanofluid Stability Approaches | 24:39 | |
| Thermophysical Properties of Nanofluids | 18:10 | |
| Nanofluid Applications | 20:50 |
| Introduction to Nanofiltration 1 | 15:21 | |
| Introduction to Nanofiltration 2 | 14:48 | |
| Nanofiltration Advantages | 13:39 | |
| Nanofiltration Disadvantages | 18:59 | |
| Fabrication methods | 22:30 | |
| Nanofiltration Characterization | 10:52 | |
| Nanofiltration Applications | 15:31 |