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模拟月壤研制的初步设想
引用本文:郑永春,王世杰,刘建忠,李泳泉,邹永廖.模拟月壤研制的初步设想[J].空间科学学报,2005,25(1):70-75.
作者姓名:郑永春  王世杰  刘建忠  李泳泉  邹永廖
作者单位:1. 中国科学院地球化学研究所,贵阳,550002;中国科学院研究生院
2. 中国科学院地球化学研究所,贵阳,550002
3. 中国科学院国家天文台
基金项目:国家自然科学基金项目(40473036,40373037) 中国科学院知识创新工程项目(KZCX2-115)共同资助
摘    要:模拟月壤是月球样品的地球化学复制品,作者总结世界上已有的5种模拟月壤JSC-1,MLS.1,MLS-2,MKS-1和FJS-1的研制过程、方法与基本理化性质,认为系列化模拟月壤研制对中国首次月球探测有重要意义,在此基础上,作者提出系列化模拟月壤研制的基本思路.

关 键 词:月壤  地球化学  月球探测  模拟  MLS  对中  设想  首次  理化性质  基本思路
文章编号:0254-6124-2005-025(01)-0070-06
修稿时间:2004年6月10日

A Review and Prospect for Developing of Lunar Soil Simulants
ZHENG Yongchun.A Review and Prospect for Developing of Lunar Soil Simulants[J].Chinese Journal of Space Science,2005,25(1):70-75.
Authors:ZHENG Yongchun
Institution:ZHENG Yongchun~
Abstract:Lunar soil simulants are geochemical copycats of lunar sample.They have similar chemi-cal composition,mineralogy,particle size distribution,and engineering properties with lunar sample.Simulants of lunar rocks and soils have been developed to satisfy the requirements of a variety ofscientific and engineering investigations.They are essential to meet the system requirements forlunar exploration and in support of future human activities on the Moon.Such studies include ma-terial handling,construction,excavation,and transportation.The simulants is also appropriate forresearch on dust control,spacesuit durability,and agriculture.Five lunar soil simulants,JSC-1,MLS-1,MLS-2,MKS-1,FJS-1 are reviewed in the paper.Theirstarting materials,preparation,and characterization(chemical composition,mineralogy,particle sizedistribution,specific gravity,angle of internal friction,and cohesion)are also listed.China will realize the first lunar exploration before 2007.So it is an essential and pressing taskto develop lunar soil simulants series corresponding to average chemical and mineral composition oflunar sample at Apollo and Luna landing sites.The tentative ideas of developing new lunar simuantsseries based on geologic investigations were brought forward in the end.
Keywords:Lunar soil stimulant series  Chinese lunar exploration  Average composition at lunar landing sites  
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