@techreport{oai:jaxa.repo.nii.ac.jp:00002282,
 author = {秋田, 大輔 and 鈴木, 宏二郎 and Akita, Daisuke and Suzuki, Kojiro},
 month = {Jan},
 note = {コイル直径4mの磁気セイルについて、Full PIC法を用いて太陽風と電磁場の干渉解析を行い、太陽風流れ場や誘導電磁場の基本的な特性について調べるとともに、太陽風粒子の総運動量変化やJ×B力から磁気セイルの推力を見積もった。その結果、ここで想定したような磁気セイルでは10(exp -3)mN程度の推力が得られることが分かった。また、セイリング推進の性能を向上させるオプションとして、磁場ではなく電場を印加した場合の効果や、電荷を帯びた微粒子で構成される光圧を利用した新しい推進システムの可能性について検討した。, In the present study, a small magnetic sail consisting of a 4 m-diameter coil, which seems to be reasonable size as a test vehicle realizable within the present technology level, is considered. Interaction of the solar wind with the magnetic sail is numerically simulated by the full particle (PIC) method. Fundamental features of the flow field and the induced electromagnetic field around the small magnetic sail are clarified. Force acting upon the magnetic sail, which is estimated by considering the Lorentz force generated by the induced electromagnetic field and the momentum change of the solar wind around the magnetic sail, is in the order of 10(exp -3) mN. Additionally, optional concepts of sailing propulsion, which use applied electric field or artificial charged particles, are also considered. The new concepts may improve the acceleration performance and/or payload capacity of the sailing propulsions., 資料番号: AA0049193005, レポート番号: JAXA-RR-05-014},
 title = {磁気セイルの推進力の見積もりと性能向上のためのオプション},
 year = {2006}
}