Nanomaterial Electrical Properties
Category General
Difficulty Level Normal
Audience Level General
Description Have a good knowledge of material structures leads to recognizing material behavior based on its structure. In this course, material structures and properties are elaborated in bulk and nanoscale.
Difficulty Level Normal
Audience Level General
Description Have a good knowledge of material structures leads to recognizing material behavior based on its structure. In this course, material structures and properties are elaborated in bulk and nanoscale.
Overview
It is clear that, every atomic structure has its own specific bulk properties. Therefore, being familiar with atomic arrangements, different atomic bonds and different kinds of cubic structures provide a general understanding for recognizing materials and components’ properties. On the other hand, in nanoscales, atomic structures are changed which generates novel properties.
Hence, being familiar with mentioned different parameters in atomic structure makes what happens in nanoscale understandable.
Booklet
It is clear that, every atomic structure has its own specific bulk properties. Therefore, being familiar with atomic arrangements, different atomic bonds and different kinds of cubic structures provide a general understanding for recognizing materials and components’ properties. On the other hand, in nanoscales, atomic structures are changed which generates novel properties.
Hence, being familiar with mentioned different parameters in atomic structure makes what happens in nanoscale understandable.
Booklet
Description |
It starts with electrical conductivity, goes through thermoelectric and electrical conductivity of nanoparticles. It ends with the critical electric conductivity concept and explains how it is related to nanoparticle size. |
Mental Challenge |
How electrical properties change in nano scale? |
Quizzes and Activities |
Activity: Research the electrical applications of nanomaterials |
Further Reading Sources |
The Thermal, Electrical, and Thermoelectric Properties of Graphene Nanomaterials |
| 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 |