- Lecturer
- Okamura Tetsuji Tomioka Sadatake Akatsuka Hiroshi Iio Shunji Kawamura Toru Hattori Toshiyuki Fujii Takashi Matsufuji Naruhiro Takayama Ken Yabe Takashi Kanamori Hideto Hotta Eiki Aoki Takayuki
- Place
- Mon7-8(G512)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 93047
- Syllabus updated
- 2010/9/30
- Lecture notes updated
- 2010/9/20
- Semester
- Fall Semester
Outline of lecture
This course presents knowledge on fundamentals for energy science together with the state-of-art technologies in the field. It includes the fundamental knowledge on energy systems and applications of the related technologies.
Purpose of lecture
This course presents knowledge on fundamentals for energy science together with the state-of-art technologies in the field. It includes the fundamental knowledge on energy systems and applications of the related technologies.
Plan of lecture
Oct. 4 T. Okamura Advanced Superconducting/Cryogenic Technology
Oct. 18 T. Tomioka Introduction to Space Launch Vehicles and their Propulsion System
Oct. 21 T. Tomioka Air-Breathing Engine for Future Space Launch Vehicles
Nov. 1 H. Akatsuka Plasmas for Industrial Applications and Physics for their Diagnostics
Nov. 8 S. Iio Laser-Aided Plasma Density Diagnostics
Nov. 15 T. Kawamura Atomic Radiative Properties in Hot Dense Plasmas
- for good understandings of plasma dynamics -
Nov. 22 T. Hattori New Development of High Intensity Linear Accelerator for Heavy-ion Inertial Fusion Driver
Nov. 29 T. Fujii Atmospheric Application of Plasma Filament Induced by Ultrashort High-Intensity Laser Pulses
Dec. 6 N. Matsufuji Modeling of the Quality and Effect of the Therapeutic Carbon Beam
Dec. 13 K. Takayama Induction Acceleration in Circular Accelerators
Dec. 20 T. Yabe An Ultimate Alternative Energy by Magnesium and Solar-Pumped Laser
Jan. 17 H. Kanamori Ultra Low Energy Neutral Molecular Beam
Jan. 24 E. Hotta Pulsed Power Technology and its Application
Jan. 31 T. Aoki GPU Supercomputing
Textbook and reference
The reference books etc. are specified by each teacher.
Related and/or prerequisite courses
Related subject or stipulations are specified by each teacher.
Evaluation
The grade is evaluated by attendance and reports.
Please choose four titles (four teacher amount) from among the report problem that each teacher sets, and submit the reports.
Deadline for submission is Monday, February 7, 2011.
The submitting destination is Post Box Number G3-42 (Ms. Makino) on the first floor in the G3 building.
If you have any questions, feel free to ask associate professor Okino (aokino@es.titech.ac.jp and ex. 5688).
