電磁エネルギー変換
Numbering Code |
G-ENE03 63347 LJ28 G-ENE03 63347 LJ53 G-ENE03 63347 LJ59 |
Year/Term | 2022 ・ Second semester | |
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Number of Credits | 2 | Course Type | Lecture | |
Target Year | Master's students | Target Student | ||
Language | Japanese | Day/Period | Mon.4 | |
Instructor name |
NAGASAKI KAZUNOBU (Institute of Advanced Energy Professor) KOBAYASHI SHINJI (Institute of Advanced Energy Associate Professor) |
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Outline and Purpose of the Course |
The lecture includes plasma technology, microwave technology, light emission theory, geometrical optics and wave optics, based on classical electromagnetism and theory of special relativity. Discussed are principles of high-power microwave sources such as gyrotron, klystron and magnetron, and application to plasma heating, current drive and free electron laser. |
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Course Goals | The main goals are to understand the principle and application of electromagnetic energy conversion system, and to understand the related basic physics. | |||
Schedule and Contents |
0. Overview of electromagnetic energy conversion 1. Energy conversion between charged particles and electromagnetic field 1-1 Basic equations describing the interaction between charged particles and electromagnetic field 1-2 Principle of klystron and electrostatic energy recovery 1-3 Acceleration of charged particles by microwaves and energy recovery 1-4 Light emission from relativistic electrons 2. High-power electromagnetic energy conversion 2-1 Basic equation describing electromagnetic waves in vacuum and plasmas 2-2 Principle of gyrotron 2-3 Principle of magnetron 2-4 Transmission of high-power microwaves 2-5 Wave propagation and absorption in plasmas 2-6 Wave heating and current driven in plasmas |
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Evaluation Methods and Policy | Attendance of class and term examination | |||
Course Requirements | The basic knowledge about electromagnetism, electrical and electronic engineering is required. | |||
Study outside of Class (preparation and review) | Term papers are assigned. Contents for preparation and review will be informed in class. | |||
Textbooks | Textbooks/References | Printed matter will be distributed in class. |