- Code
L.27739
- Amount of hours required
280
- Language
en-GB
- Quartile of execution
1, 2
Interfaces and Materials in Micro & Nanotechnolgy I
The module gives an introduction on various physicochemical concepts that are of relevance in applications in microsystem devices and nanotechnology to describe a) chemical surface and interface phenomena and b) physical and material properties of soft-matter (and specifically on polymers) and c) .
deals with the micro- and nanoscale materials (such as graphene and transition metal dichalcogenides), their engineering challenges and how to overcome them. It discusses (material) properties emerging at the nanoscale, atomic and molecular self-assembly as well as the concepts of bottom-up and top-down synthesis, the behavior of optics (plasmonic) and magnetism at the nanoscale.
Interfaces and Materials in Micro & Nanotechnolgy II
The module gives an introduction on various physicochemical concepts that are of relevance in applications in microsystem devices and nanotechnology to describe a) chemical surface and interface phenomena and b) physical and material properties of soft-matter (and specifically on polymers) and c) .
deals with the micro- and nanoscale materials (such as graphene and transition metal dichalcogenides), their engineering challenges and how to overcome them. It discusses (material) properties emerging at the nanoscale, atomic and molecular self-assembly as well as the concepts of bottom-up and top-down synthesis, the behavior of optics (plasmonic) and magnetism at the nanoscale.
The module gives an introduction on various physicochemical concepts that are of relevance in applications in microsystem devices and nanotechnology to describe a) chemical surface and interface phenomena and b) physical and material properties of soft-matter (and specifically on polymers) and c) .
deals with the micro- and nanoscale materials (such as graphene and transition metal dichalcogenides), their engineering challenges and how to overcome them. It discusses (material) properties emerging at the nanoscale, atomic and molecular self-assembly as well as the concepts of bottom-up and top-down synthesis, the behavior of optics (plasmonic) and magnetism at the nanoscale.
Interfaces and Materials in Micro & Nanotechnolgy II
The module gives an introduction on various physicochemical concepts that are of relevance in applications in microsystem devices and nanotechnology to describe a) chemical surface and interface phenomena and b) physical and material properties of soft-matter (and specifically on polymers) and c) .
deals with the micro- and nanoscale materials (such as graphene and transition metal dichalcogenides), their engineering challenges and how to overcome them. It discusses (material) properties emerging at the nanoscale, atomic and molecular self-assembly as well as the concepts of bottom-up and top-down synthesis, the behavior of optics (plasmonic) and magnetism at the nanoscale.
Competences
- LED competentie
Learning goals
This information is supplied via Blackboard
Tests
| Code | Name |
|---|---|
| WC | Werkcollege |
| T.54742 | Interfaces and Materials in Micro & Nanotechnology I |
| T.54743 | Interfaces and Materials in Micro & Nanotechnology II |