3
Optic & Magnetic Materials Laboratory
Professor / ISHIBASHI Takayuki
ProfessorISHIBASHI Takayuki
| profiles and activiities | profiles and activiities at nagaoka university of technology |
|---|---|
| J-GLOBAL |  |
- Make invisible magnetic fields visible !
- Develop new magnetic materials !
- Characterize magnetic materials utilizing light !
Supervisor
Professor / ISHIBASHI Takayuki
Prof. Ishibashi is a very friendly teacher who can easily consult with you. He offers a variety of advice on research and takes his student issues seriously despite being very busy. Especially when proceeding with research activities, he provides many opportunities for consultation. Therefore, We can be convinced and work hard on their research.
Research Content
Our laboratory conducts some research about magnetic materials
1. Preparation of magnetic garnet thin films by the metal-organic decomposition (MOD) method and evaluating its magnetic properties. we can make a high quality garnet thin film. In addition, we develop new thin film fabrication technology. Laser crystallization method (optical MOD) can reduce the heating on the substrate. The ultrasonic atomization method can apply to arbitrary shapes
2. Development of evaluation technology using the garnet thin film by magneto-optical measurement
3. Development of magneto-optical imaging technology. It is possible to visualize the magnetic field by the garnet thin films.
1. Preparation of magnetic garnet thin films by the metal-organic decomposition (MOD) method and evaluating its magnetic properties. we can make a high quality garnet thin film. In addition, we develop new thin film fabrication technology. Laser crystallization method (optical MOD) can reduce the heating on the substrate. The ultrasonic atomization method can apply to arbitrary shapes
2. Development of evaluation technology using the garnet thin film by magneto-optical measurement
3. Development of magneto-optical imaging technology. It is possible to visualize the magnetic field by the garnet thin films.
Development of evaluation technology using the garnet thin film by magneto-optical measurement.
A Day in the Lab
In Ishibashi Laboratory, his students will divide into groups according to major research themes and proceed with experiments. Seminars are held every Thursday. We will be presented with a weekly report on their research that a week and an English dissertation on their research. Ishibashi Lab. have cooperative relationships with domestic research institutes and overseas universities. We can actively interact with overseas researchers and learn about cutting-edge research. You are able to feel free to consult with the teacher or seniors. Therefore you can proceed with your research efficiently.
Preparation of magnetic garnet thin films by the Metal-Organic Decomposition (MOD) method.
Thesis Subjects
- (M)Preparation of rare earth iron garnet and evaluation by ferromagnetic resonance measurements
- (M)3D magnetic field vector measurement by magneto-optical imaging
- (M)Spectroscopic analysis of Bi substituted magnetic garnet films
The number of
PhD Graduates
4
Major employers of Graduates
- TDK Corporation
- FDK Corporation
- Riken Seiki Co., Ltd.
- Hitachi High Tech Corporation
- Hitachi Metals , Ltd.
- Jamco Corporation
- Asahi Intecc Co., Ltd,
- Off-Diagonal Co., Ltd.
- Colorlink Japan, Ltd.
- The National Police Agency
