■授業内容
1. 序論
2. 地球磁気圏の基本的性質
2.1. 磁気圏の構造
2.2. 磁気圏のダイナミクス
2.3. 磁気圏の変動(磁気嵐とサブストーム)
3. 非磁化惑星の誘導磁気圏
3.1. 誘導磁気圏の構造とダイナミクス
3.2. 非磁化惑星からの大気散逸機構
4. 惑星磁気圏の普遍性と多様性
5. 磁気圏物理学の重要課題
プラズマ源とダイナミクス、磁気再結合、磁気圏対流、宇宙天気現象、宇宙気候への応用など
■Contents:
1. Introduction
2. Basic characteristics of terrestrial magnetosphere
2.1. Structure of the magnetosphere
2.2. Dynamics of the magnetosphere
2.3. Variation of the magnetosphere (Magnetic storms and substorms)
3. Induced magnetospheres of unmagnetized planets
3.1. Structure of the induced magnetosphere and its dynamics
3.2. Atmospheric escape processes from unmagnetized planets
4. Diversity and Universality of planetary magnetospheres
5. Hot topics and outstanding problems in the magnetospheric physics
Plasma source and dynamics, magnetic reconnection, magnetospheric convection, space weather phenomena, application to space climate, etc.