CAJ | 학술논문

基于嫦娥一号激光高度计(LAM)数据所生成的DEM和基于Clementine多光谱数据提取的月球主要矿物及部分元素分布图,相对系统地分析了月表形貌特征和岩石分布的空间耦合关系.初步认为,月球上分布西南、东南两条深大断裂,在内部动力、张扭性作用力及外部引力作用下,形成月表U型地貌格局以及月球高地斜长岩、月海玄武岩以及艾肯盆地高FeO异常基性岩分布的物质特点.
기우항아일호격광고도계(LAM)수거소생성적DEM화기우Clementine다광보수거제취적월구주요광물급부분원소분포도,상대계통지분석료월표형모특정화암석분포적공간우합관계.초보인위,월구상분포서남、동남량조심대단렬,재내부동력、장뉴성작용력급외부인력작용하,형성월표U형지모격국이급월구고지사장암、월해현무암이급애긍분지고FeO이상기성암분포적물질특점.
According to DEM on the lunar surface based on Chang'E-1 LAM data and maps of major minerals and some elements on the lunar surface based on Clementine multi-spectral data, this paper systematically analyzed the coupling relationship between topography and physiognomy and rock distribution on the lunar surface. It is tentatively considered that two deep ruptures trending respectively southwest and southeast are distributed on the lunar surface. Under the action of an internal momentum, the tensile force and the external force, there are distributed on the lunar surface the U-landscape pattern, the plagioclase on the lunar highland, the mares basalt and the high FeO abnormal basic rocks in Aitken Basin.