The graduation thesis is a required course. The thesis will be considered for both students taking a job and progressing toward
a master course, to a compilation of your study in Department of Materials Science and Engineering. All students undertake
a specific research theme and finally summarize the result as a graduation thesis. More than 300 hours of work is required
for the accomplishment of a graduation research.
The aim of this course is undertake a specific research theme and finally summarize the result as a graduation thesis.
- To establish the organizational skill as a graduation thesis.
- To develop the academic writing skill.
- To develop the discussion and presentation skill.
1. Effect of Mn and Mo addition on C-axis orientation and high coercive force expression of high-performance Nd2Fe14B phase
using froating melt droplet quenched solidification process
2. Effect of Cu addition on the high coercive force development of Nd-Fe-B magnet materials using floating drop rapid compression process
3. Formability of Nd - Fe system nonequilibrium phase by drop tube method and Ag addition effect on high coercivity development
4. Effect of Si addition on production of Al-Cu-Fe type quasicrystal by using drop tube process
5. Ferromagnetic silicide formation using floating dropping high speed compression method and drop tube method
6. Establishment of fundamental technology for spherical single crystal Si microparticle formation using short drop tube process
7. Microstructure of Si-Ge binary mixed crystal semiconductor fine particles using drop tube process
8. Effect of adding Si powder to III-V compound semiconductor GaSb single crystal fine particle formation using drop tube process
9. Effect of adding Fe and Mn on InSb crystal growth using droplet melt solidification proce
2. Effect of Cu addition on the high coercive force development of Nd-Fe-B magnet materials using floating drop rapid compression process
3. Formability of Nd - Fe system nonequilibrium phase by drop tube method and Ag addition effect on high coercivity development
4. Effect of Si addition on production of Al-Cu-Fe type quasicrystal by using drop tube process
5. Ferromagnetic silicide formation using floating dropping high speed compression method and drop tube method
6. Establishment of fundamental technology for spherical single crystal Si microparticle formation using short drop tube process
7. Microstructure of Si-Ge binary mixed crystal semiconductor fine particles using drop tube process
8. Effect of adding Si powder to III-V compound semiconductor GaSb single crystal fine particle formation using drop tube process
9. Effect of adding Fe and Mn on InSb crystal growth using droplet melt solidification proce
| Graduation Thesis | Total. | |
|---|---|---|
| 1. | 100% | 100% |
| Total. | 100% | - |
1. Submission of intermediate abstract, 2. Present an interim report, 3. Submission of final abstract, 4. Present a final
report, and 5. Submission of graduation thesis must be required.
- Course that cultivates a basic problem-solving skills
Last modified : Sun Jan 20 16:56:20 JST 2019