Materials Electrochemistry/ Exercise 1

New materials science research in the 21th century, space environment utilization, the next generation of new energy, nanotechnology, keywords related to the new advanced scientific research area such as quantum effect becomes the center. In this study area field, zero gravity, ultra-high temperature, cryogenic, using extreme environments, such as ultra-high vacuum, aims to enhance the further growth and construction of academic and new developments of materials and materials science research, the weightless environment new material creation science research and the future of the dramatic expansion that utilizes is expected, aiming nanotechnology, next-generation semiconductor devices, high-performance magnetic materials, the performance of the major research challenges in the tip physical area, such as quantum effects application.

1. We aim to construct new research on material crearion science based on advanced physics such as quantum theory, quantum mechanics and electron theory.
2. We aim to establish microstructure analysis technplogy at atomic level for new material creation science using containerless process.
3. Construct and carry out new materials science research with keywords of high performance peamanent magnet, new semiconductor device and nanotecnology.

Japanese

Containerless process is a unique material formation method that enables homogenous nucleation. High performance permanent magnet material and next generation high effiency solar spherical single cystal Si by using electromagnetic levitation melt solidification process, levitating melt droplet quenching process, gas jet levitating melt dolidification process and drop tube process, to conduct research to formation new materials and explore new properties. Furthermore, we plan to conduct original experiments and analysis on single crystal formation and crystal growth mechanism from single crystal fine particles and melt of Ⅲ-Ⅴ group compound semiconductors using a containerless process.

Reported results of research thesis (report) 30%, 30% Committee interim report, the Society's research thesis 40%.

Supervisor writing paper and commentary and foreign-related research papers, etc.
(Reference book, for example, Microgravity, Advanced Electronics Series, Edit by Masamichi Ishikawa and Taketoshi Hibiya, BAIFUKAN)

To acquire the fundamentals of atomic structure, quantum theory, electron theory, quantun mechanics in the first to fourth year of undergraduate course. It is also desirable to master basic knowledge about magnetic materials, semiconductor materials.

• On Monday, Wednesday and Thursday, please come to the lab at 12: 30 ~ 13: 00.

Non-regionally-oriented course

• Course that cultivates a basic problem-solving skills
• Course that cultivates an ability for utilizing knowledge
• Course that cultivates a basic self-management skills
• Course that cultivates a basic interpersonal skills

Most classes are interactive

• 9.INDUSTRY, INNOVATION AND INFRASTRUCTURE