体落

  • 网络Tai Otoshi
体落体落
  1. 几种林木植物体及枯落物的微量元素分析

    Studies on the Microelements in Forest Trees and Their Litters

  2. 采用相空间分析手段,对临界单面坡散粒体沙堆模型实验落沙序列进行了分析。

    By means of the improved phrase space reconstruction method , the sand-falling series of the large-scale critical slope experiment were analyzed .

  3. 裂隙弱面陡立时(90°),则裂隙方位与煤壁夹角变化对块体顶煤冒落无影响。

    If fissure plane is vertical ( 90 °), then the change of angle between fissure ′ s strike and face has no influence on block top coal ′ s caving .

  4. 强震作用下,简支梁桥支座容易发生破坏导致相邻梁体发生碰撞,从而导致梁体损坏或落梁。

    In a intense earthquake , bearings of the simple supported bridge are easy to be damaged , resulting in poundings of adjacent beams and thereby damages or girder falling .