シラバス参照

講義科目名 先端エネルギー理工学特別講義第十四 
講義題目
INTRODUCTION TO ITER PHYSICS 
授業科目区分 専攻授業科目又は関連授業科目(major courses or related courses) 
開講年度 2017 
開講学期 後期集中 
曜日時限 後期集中 その他 その他
必修選択 学府要項を確認のこと。(refer to the Guidelines for IGSES) 
単位数
担当教員

稲垣 滋

開講学部・学府 総合理工学府 
対象学部等 総合理工学府(IGSES) 
対象学年 修士課程(Master’s Program) 
開講地区 筑紫地区
その他
(自由記述欄)



履修条件
授業概要
 
Prof. Sadruddin Benkadda (International Institute for Fusion Science CNRS-Aix Marseille University, France) will give us lectures.
Fusion is the energy source of the sun and the stars. On earth, fusion research is aimed at demonstrating that this energy source can be used to produce electricity in a safe and environmentally benign way, with abundant fuel resources, to meet the needs of a growing world population. ITER is a tokamak, in which strong magnetic fields confine a torus-shaped fusion plasma. The device´s main aim is to demonstrate prolonged fusion power production in a deuterium-tritium plasma. Compared with current conceptual designs for future fusion power plants, ITER will include most of the necessary technology, but will be of slightly smaller dimensions and will operate at about one-sixth of the power output level. This course will review the principles of magnetic confinement with an emphasis on ITER reactor. 
全体の教育目標
個別の教育目標
授業計画
1. Fusion reaction
2. Magnetic confinement fusion
3. Tokamaks
4. MHD stability
5. Scaling law
6. Impurity transport
7. Plasma wall interaction 
キーワード
fusion ITER plasma 
授業の進め方
Intensive course
Blackboard Lectures in English 
テキスト
参考書
学習相談
Contact by e-mail.

Prof. Shigeru Inagaki (Research Institute for Fusion Science)
inagaki@riam.kyushu-u.ac.jp 
試験/成績評価の方法等
Report and the number of times one has attended 
その他
添付ファイル
更新日付 2017-03-31 17:55:11.085


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