regolith

网络  风化层; 表土; 月壤; 土被; 浮土

COCA.32555



双语例句

  1. Planners are using the rocks to study the pernicious effects of regolith on machinery and astronaut health.
    规划者正在用这些岩石研究月亮土对机器和宇航员健康的有害影响。
  2. Microscopic study on dynamic behavior of lunar regolith under driving wheel in microgravity circumstance
    微重力环境轮下月壤运动状态细观分析
  3. This paper briefly introduces the effect and efficiency of horizontal coil method used for reconnaissance survey and prospecting in the area covered with arid regolith.
    文章概要分析了水平线圈法在干旱浮土覆盖地区普查找矿的效果和效率。
  4. Chemical Element Transferring Features of Weathering Granite Regolith in Three Gorges Dam Region
    长江三峡坝区花岗岩风化壳化学元素迁移特征
  5. By means of analysis of stress disturbed area, and comparing rock cover of weak regolith with stress disturbed area at axis and raising or decreasing, it is easy to determine minimal rock cover;
    通过对应力扰动区的分析,以及隧道轴线位置、轴线升高或降低后各剖面应力扰动范围与弱风化层厚度的对比,很容易确定厦门海底隧道的最小顶板厚度;
  6. Study on the Simulation Strategy of Lunar Dust/ Regolith Environment Effects
    月尘/月壤环境效应地面模拟方法研究
  7. The authors summarize current applications and research methods in several specific Earth science areas, including glacial chronology and geomorphology, tectonic geomorphology, site-specific weathering, erosion and regolith/ soil production, watershed and sediment transported processes, alluvial, and fluvial and beach landforms.
    简述其在冰川地貌、构造地貌、岩石风化、侵蚀与风化壳(土壤)形成、流域侵蚀与搬运过程、阶地、台地以及喀斯特地貌等方面的研究现状。
  8. Helium-3 in Lunar Regolith
    月壤中的氦-3
  9. The formation and evolution, the chemical and mineral composition, the physical mechanical properties of lunar regolith were outlined in detail. ( 2).
    详细概述了月壤的形成与演化、化学和矿物组成、物理力学性质等;
  10. The distribution of elements in the regolith over mineral deposits in Gobi desert terrain
    荒漠戈壁区地表疏松层中元素的分布规律
  11. Scientific objectives of Chang'E-1 Lunar Orbiter include providing stereo imaging of the lunar surface, detecting 14 elements and petrology and mineralogy of the lunar regolith, studying the thickness of lunar regolith, and detecting the earth-moon environment.
    嫦娥1号绕月探测卫星的科学目标包括绘制月球立体地图、探测月表物质成分、探测月壤厚度和探测地月空间环境等4项科学任务。
  12. Analysis on Prospecting Effects of Horizontal Coil Method in the Area Covered with Arid Regolith
    浅析水平线圈法在干旱浮土覆盖地区的找矿效果
  13. Inversion of Lunar Regolith Layer Thickness Using Microwave Radiance Simulation of Three Layer Model and Clementine UV-VIS Data
    三层月壤模型的多通道微波辐射模拟与月壤厚度的反演
  14. Study on characteristic value of chemical weathering in weathering granite regolith different vertical division zone in the Three Gorge Dam Region of Yangtze River
    三峡坝区花岗岩风化分带的化学风化特征指标研究
  15. Furthermore, taking these simulations as observations, an inversion method of lunar regolith layer thickness is developed by using three-or two-channels brightness temperatures.
    以此模拟分布为理论观测值,提出三通道&两通道相结合的月壤厚度反演方法。
  16. Inversion of lunar regolith layer thickness using optical data and microwave emission simulation
    光学观测与微波辐射模拟对月壤厚度的反演
  17. The temperature distributions of lunar surface and regolith are studied.
    研究了月球表面及月壤中温度的分布。
  18. Weathering systems at the local/ regolith, landscape unit, and landscape scales as defined here are likely to be unstable under most circumstances.
    区域/土体、景观单元、景观尺度的体系在多数环境条件下处于不稳定状态。在坡面尺度、或特定的过渡时空尺度中,稳定状态是可能存在的。
  19. In recent years, the moon exploration has become a hot spot in the astronautics field, one important task of which is the lunar regolith sampling.
    近年来,月球探测已成为国内国际宇航界的研究热点,月壤采样即是其重点任务之一。
  20. In the previous lunar exploration activities, the thickness of lunar regolith is allalong concerned by scientists.
    在以往的月球探测活动中,月壤厚度一直都是科学家关注的对象。
  21. Detecting the lunar regolith depth is one of the most significant aims of lunar exploration. Exact lunar surface microwave transfer model is fundamental in retrieving the lunar regolith depth.
    探测月壤厚度是探索月球的重要目标之一,反演月壤厚度需要建立准确的微波辐射亮度温度模型。
  22. Reinforces the measure not carries on reinforcement processing in view of the right flank main hole in the accumulative stratum and the strong regolith contact surface spot, existence certain flaw.
    加固措施没有针对右侧主洞在堆积层与强风化层的界面部位进行加固处理,存在一定缺陷。