Sintering, Mechanism and Steps
Category General
Difficulty Level Normal
Audience Level General
Description Top-down and bottom-up methods are two types of approaches used in nanofabrication. In this course, synthesis techniques which are known as top-down approach are presented.
Difficulty Level Normal
Audience Level General
Description Top-down and bottom-up methods are two types of approaches used in nanofabrication. In this course, synthesis techniques which are known as top-down approach are presented.
Overview
Top-down approach means a view from top(larger) to bottom(smaller). This approach is similar to making a statue made of stone. As in making of a statue, a bulk or big piece of stone is taken, similarly in top-down approach; a bulk piece of material is taken. Then carving and cutting is done until desired shape is achieved. Example: Different kinds of lithographic techniques include cutting, etching, grinding and ball milling technique.
In this course, top-down approach is taken into consideration. By the end of this course, students would be able to choose the right technique to achieve desired nanomaterial.
Booklet
Top-down approach means a view from top(larger) to bottom(smaller). This approach is similar to making a statue made of stone. As in making of a statue, a bulk or big piece of stone is taken, similarly in top-down approach; a bulk piece of material is taken. Then carving and cutting is done until desired shape is achieved. Example: Different kinds of lithographic techniques include cutting, etching, grinding and ball milling technique.
In this course, top-down approach is taken into consideration. By the end of this course, students would be able to choose the right technique to achieve desired nanomaterial.
Booklet
Description |
It starts with a review on sintering, talks about mechanisms and stages, and then ends with the stages of sintering. |
Mental Challenge |
What path does sintering take in order to reach nano synthesis? |
Quizzes and Activities |
Activity: Research why plastic deformation is a densifying mechanism. |
Further Reading Sources |
1.Preparation of Nanopowders by Sintering for Nanomaterials 2.Sintering Applications, all chapters |
| An Introduction to Mechanical Milling | 04:28 | |
| Effective Parameters in Mechanical Milling | 03:39 | |
| Sintering | 06:20 | |
| Sintering, Mechanism and Steps | 06:48 | |
| Severe Plastic Deformation | 04:43 |
| Lithography | 09:35 | |
| Photolithography | 11:21 | |
| Electron Beam Lithography | 08:25 | |
| The use of SPM in Nanolithography | 14:42 |