博碩士論文 966203002 完整後設資料紀錄

DC 欄位	值	語言
DC.contributor	太空科學研究所	zh_TW
DC.creator	李倩敏	zh_TW
DC.creator	Chien Min	en_US
dc.date.accessioned	2010-6-30T07:39:07Z
dc.date.available	2010-6-30T07:39:07Z
dc.date.issued	2010
dc.identifier.uri	http://ir.lib.ncu.edu.tw:88/thesis/view_etd.asp?URN=966203002
dc.contributor.department	太空科學研究所	zh_TW
DC.description	國立中央大學	zh_TW
DC.description	National Central University	en_US
dc.description.abstract	繼日本近年的探月計畫-KAGUYA首次發現少量的太陽風粒子能夠從月球表面反射出來後，我利用單一粒子模擬計算太陽風質子與月球日側半球的交互作用。計算結果發現在距離月球表面一百公里高的球層，反射質子的分佈呈現明顯的南北與東西向不對稱性，這是因為質子從表面反射後受到電場加速，而具有相當大的迴旋半徑，並且其移動方向又受到行星際間磁場和電場的方向所影響。計算結果也指出，反射質子在接近月球表面的區域就能被行星際間電場加速到高速，我們稱之為Self-pickup過程。在特定的行星際磁場強度下，從表面反射出來的質子有機會進入月球的夜側半球，這是個以往被認為缺乏太陽風質子的空腔區域。	zh_TW
dc.description.abstract	Following the first discovery of reflected solar wind protons from the lunar surface by KAGUYA experimental team, I study the motion of the solar wind protons which are reflected from the lunar dayside hemisphere by using single particle trajectory calculations in a Monte-Carlo simulation. The global distribution of these reflected protons at 100 km altitude above the lunar surface shows strong asymmetry in north-south and dawn-dusk directions because of their large gyroradii and the directions of the accelerating electric field and the interplanetary magnetic field. The reflected protons could be accelerated to high speed in near-surface region because of the self-pickup process. Under certain condition of the interplanetary magnetic field, a portion of them can reach the shadow region which is usually considered to be devoid of solar wind protons.	en_US
DC.subject	粒子模擬	zh_TW
DC.subject	太陽風	zh_TW
DC.subject	月球	zh_TW
DC.subject	lunar surface	en_US
DC.subject	Moon	en_US
DC.subject	solar wind	en_US
DC.subject	particle simulation	en_US
DC.title	月球表面反射太陽風質子之粒子模擬	zh_TW
dc.language.iso	zh-TW	zh-TW
DC.title	Test Particle Simulations of Reflected Solar Wind Protons from the Lunar Surface	en_US
DC.type	博碩士論文	zh_TW
DC.type	thesis	en_US
DC.publisher	National Central University	en_US