Nano Systems
Overview
Nano systems are known as multifunctional systems engineered at nanoscales. Distinctive physicochemical properties with massive prospects in therapeutic and diagnostic applications distinguish this kind of systems.
Nanomaterials are chemical substances or materials that are synthesized and used at nanoscales. Nanomaterials are developed for exhibiting striking features in comparison with the same materials without nanoscale features; features such as increased strength, chemical reactivity, conductivity and magnetic.
Nano systems are known as multifunctional systems engineered at nanoscales. Distinctive physicochemical properties with massive prospects in therapeutic and diagnostic applications distinguish this kind of systems.
Nanomaterials are chemical substances or materials that are synthesized and used at nanoscales. Nanomaterials are developed for exhibiting striking features in comparison with the same materials without nanoscale features; features such as increased strength, chemical reactivity, conductivity and magnetic.
Course Specification
Category General
Difficulty Level Normal
Audience Level General
Duration 11:05:06
Effort 2 ~ 3 Hours Per Week
Description Nano system is known as a functional system for doing a task in which nanomaterials are used. Nano systems are explained in this course.
| 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 |