极密

  • 网络maximum;Extreme Dense
极密极密
  1. 对石英、方解石光轴极密统计,绘制玫瑰图,结合矿物变形对岩石显微构造进行运动学和动力学分析。

    The kinematic and dynamic analysis of the microscopic fabric can be given by the optical axis density maximum of quartz and calcite calculated and the roses drawn as well as the date of other mineral deformations collected .

  2. 研究了石英光轴的组构形式,证实存在:早期共轴纯剪变形的小圆环带组构和非共轴简单剪切变形中,呈递变关系的点极密大圆环带交叉大圆环带组构型式。

    The research into the optical axes fabrics of quartz shows the small circle girdle fabric resulting from early coaxial pure shere deformation and the progressive relationship of point maximum - large circle girdle-cross large circle girdle resulting from non-coaxial simple shear deformation .

  3. 随着岩石变形程度由弱到强,橄榄石的Nm轴向变形面中心迁移聚集形成中心极密,而Ng和Np则向边部迁移形成边缘大圆环带。

    With the increase of deforming degree of the rocks , the Nm axis of olivine migrates to the center of deforming plane and gathers to form the central maxima , which the Ng and Np axes migrate to the edge and form a great circular girdle belt .

  4. 尼基塔总能获取极密情报

    Nikita has had access to highly confidential information .

  5. 用袖珍电子计算器的程序求解极密中心产状和π圆

    Using a programable pocket calculator to determine attitude of pole density centre and π circle

  6. 在构造解析中,对地质构造的面理和线理进行组构分析,往往要涉及到求解赤平图中的极密中心产状和最佳拟合π圆。

    In structural geology analysis , fabric analysis of foliation and lineation is commonly conducted .

  7. 我们相信所有这一切都源于一次大爆炸-一个极热、极密态。

    We believe that all of this emerged from a Big Bang -- a hot , dense state .

  8. 诚然,这与魏晋玄学之兴起有极密的联系。

    Admittedly , this is Wei " divination , astrology ," the rise of a very close contact .

  9. 一种求极密部产状的新方法&YEE8100微型计算机在构造地质研究中的应用之一

    A New Method for Acquiring the Attitude of the Point Maximum-the Application of a YEE 8100 Microcomputer to Structural Geological Research

  10. 高温塑性流变组构影响和制约低温塑性流变组构的发育,叠加变形有利于橄榄石[100]极密的加强和[100]组构向[010]、[001]组构的转化。

    The high temperature plastic flow fabrics affect and restrict the development of low temperature ones , and the overprinted deformation is favorable for the formation of [ 100 ] preferred orientation and the transformation from [ 100 ] fabric to [ 001 ] and [ 010 ] fabrics .