SCCRV, a major component of highlands rocks
SCCRV, a major component of highlands rocks
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SCCRV，高地岩石的主要成分
DOI：
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发表时间：
1977
期刊：
影响因子：
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通讯作者：
W. Boynton
中科院分区：
文献类型：
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作者：
J. Wasson;P. Warren;G. Kallemeyn;C. E. Mcewing;D. Mittlefehldt;W. Boynton
对富含镁铁岩的月球高地样品的成分进行了调查。大多数样品都是阿波罗16号的岩石。13种月球岩石的成分数据列在一个表格中。非原生岩石64815和77545的KREEP含量基本相同，约为32%，具有非常相似的高含量基性岩成分SCCRV。同样数量的相当相似的成分在相隔1000公里的地方混合。讨论了SCCRV的组成。根据SCCRV起源的三个最合理的假说，SCCRV是原始物质，SCCRV完全或主要由单一类型的月球岩石组成，或SCCRV由两种或两种以上的月球物质混合而成。
An investigation was conducted of the composition of lunar highlands samples rich in mafics. Most of the samples were Apollo 16 rocks. The compositional data for 13 lunar rocks are listed in a table. The nonpristine rocks 64815 and 77545 having essentially identical KREEP contents of about 32% have very similar, high contents of the mafic component SCCRV. The same amounts of rather similar ingredients were mixed at locations 1000 km apart. The composition of SCCRV is discussed. According to the three most plausible hypotheses for the origin of SCCRV which are proposed the SCCRV is primordial material, SCCRV consists entirely or mainly of a single type of lunar rock, or SCCRV resulted from the mixing of two or more lunar materials.