|
|
授業のテーマ
|
授業の内容（90分授業＝2時間）
|
事前/事後学修の内容
|
|
|
1
|
Nuclear Physics and Electromagnetic Instrumentation
|
Concepts of Nuclear Physics are introduced. Experimental techniques of nuclear reaction are explained. Current topics of
nuclear reaction data and particle accelerators are described
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
2
|
Nuclear Physics and Electromagnetic Instrumentation
|
Same with No.1
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
3
|
Radiation Physics and Measurements
|
Radiation physics and particle detectors are explained. Current
topics of radiation applications in medicine and Industry are described.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
4
|
Radiation Physics and Measurements
|
Same with No.3
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
5
|
Nuclear Fuel Cycle
|
The concept of the nuclear fuel cycle is introduced.
Current topics on the nuclear fuel cycle and nuclear waste management are described.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
6
|
Nuclear Reactor Physics and Fusion Energy Science
|
Basic principles of fusion energy utilization and the present status of R&D are explained.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
7
|
Fast Reactor Engineering
|
Fast reactors, one of the Generation IV reactors, which provide sustainable nuclear power for "thousands of years," will be introduced from the viewpoints of thermal-hydraulics and safety engineering. The latest topics of fast reactor development in the world will also be presented.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
8
|
Condensed Matter Physics
|
Macroscopic properties of materials are explained from microscopic view points, such as molecules, atoms, and electrons, based on quantum mechanics.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
9
|
Condensed Matter Physics
|
The emerging properties of solids are explained from the point of interactions between atoms and electrons. Basic introduction into semiconductor physics is given with brief overview of modern hot topics in the field.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
10
|
Introduction to new technologies for fossil fuel resources production
|
Trend of research and development for new technologies producing fossil fuels resources such as coal, oil and natural gas.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
11
|
Part 1a. Exploration of energy resources
|
Geological risk assessment for hydrocarbon exploration and CCS
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
12
|
Part 1b. Exploration of energy resources
|
Methods to explore the subsurface and produce the resources use state-of-the-art knowledge and technology.
|
Review the contents of class, and submission of report on the assignment subjects.
|
|
13
|
Part 2a. Volcanoes and geothermal systems
|
In this lecture, the topics on internal structure of the earth, heat source of the earth, generation of volcanoes, and geothermal system are introduced.
|
Preparation and review of the class by using the handouts, and submission of reports on the assignment subjects.
|
|
14
|
Part 2b Geothermal production engineering
|
The outlines of drilling, wireline logging, and well testing, including an analog experiment, are introduced, which are crucial in sustainably developing geothermal energy.
|
Prepare by reading the handout in advance and, after the lecture, submit a short report.
|
|
15
|
Part 2c. Monitoring of geothermal systems
|
Theory, instruments and methods of gravity measurement, and application for the groundwater, geothermal reservoir and volcanic activity monitoring
|
Review the handout for the class, and submission the asignment subject.
|