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
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)
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.
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
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.
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