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近地表的 meaning in Chinese

near surface

Examples

  1. Valley and i saw immediately that the magma must have originated in rock once near the earth ' s surface
    我们立即了解,该岩浆必定是由近地表的岩石形成。
  2. In this paper , one structured refining meshing scheme is presented for earth , which can make all mesh sizes in the earth more uniform , and refine the meshes near the surface area so as to meet the need of the geophysical analysis
    本文提出了一种地球结构化网格的生成和加密划分方案,可以对整个球体形成较为均匀的网格,并能够对近地表的区域完成网格加密以达到地球物理分析的需要。
  3. The authors established an initial velocity model based on the first break time of the actual data , then realized the forward calculation with the improved shortest path ray tracing algorithm , and applied the improved constrained damped simultaneous iterative reconstruction technique ( cdsirt ) to solve large - scale and sparse equations for inversing the near - surface velocity field
    根据实际地震数据的初至波时间建立初始速度模型;采用改进的最短路径射线追踪算法进行正演;利用改进的约束带阻尼联合迭代重建技术( cdsirt )求解大型、稀疏的方程组来反演近地表的速度场。
  4. The results show that compared to salix psammophila barrier , ecomat cover does decrease surface sand transportation rate ( sstr ) , increase surface soil nutrient , and enhance growth of platycladus orientalia to the extent , undoubtedly ecomat is one of surface cover materials for sand - fixation and revegetation ; compared to two other ecomat part - cover types ( banded and chessboard ) , the all - cover type can also decrease sstr , increase surface soil nutrient significantly , growth condition of platycladus orientalia , however , is not good as expected , which may attributes to lower infiltration rate of slight rainfall ; as for two part - cover types , chessboard type is better than banded type in increasing of sstr and enhancement of platycladus orientalia growth
    研究结果表明,与沙柳沙障相比,生态垫确实可以降低近地表的输沙率,提高生态垫下土壤的养分含量,一定程度上提高柠条的地径和高度,可见生态垫是一种很好的促进流沙固定和植被恢复的地表覆盖材料;与其它两种生态垫铺设方式(品字状和带状)相比,全铺可以显著降低近地表的输沙率,提高其下土壤的养分含量,但柠条的生长状况却略差,这可能与全铺降低了小雨入渗的可能性有关;就两种部分铺设的方式而言,无论从降低近地表的输沙率还是促进柠条的生长土来看,品字状都明显优于带状。

Related Words

  1. 地表沉陷
  2. 地表温度
  3. 地表植物
  4. 地表岩石
  5. 地表地质图
  6. 地表泉
  7. 地表灌溉
  8. 地表瘤
  9. 地表冷水
  10. 地表面
  11. 近地表
  12. 近地表变质作用
  13. 近地表的矿床
  14. 近地表低速层
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