格位的英文

• case
• site

• "格"英文翻译    check; squares formed by cro ...
• "位"英文翻译    place; location
• "格位语" 英文翻译 :    case-role
• "兰格位" 英文翻译 :    lange position
• "格位标志" 英文翻译 :    case marking
• "格位框架" 英文翻译 :    case frame
• "格位语法" 英文翻译 :    case grammar
• "晶格格位" 英文翻译 :    lattice site
• "晶格位错" 英文翻译 :    lattice dislocation
• "晶格位移" 英文翻译 :    lattice displacement
• "晶格位置" 英文翻译 :    crystallographic site; lattice position; lattice site
• "分页格位开关" 英文翻译 :    bin home switch
• "规则晶格位置" 英文翻译 :    regular lattice site
• "晶格位错构造" 英文翻译 :    cellular dislocation structure
• "菱形对称格位" 英文翻译 :    rhombic symmetry site
• "风格位被定义为常数例如" 英文翻译 :    button button = new button
• "讯息为本的格位语法" 英文翻译 :    icg
• "格尾美洲咬鹃" 英文翻译 :    lattice-tailed trogon
• "格维兹永松" 英文翻译 :    gudjonsson
• "格维兹门松" 英文翻译 :    gudmundsson
• "格维兹门斯多蒂尔" 英文翻译 :    gudmundsdottir
• "格温" 英文翻译 :    george gervin; gerwing; gewin; gvin; gwen stefani; gwenn; gwinn; gwynne
• "格维兹门迪尔哈加林" 英文翻译 :    gudmundur g. hagalin

• Icg information - based case grammar
  讯息为本的格位语法
• Single column width 6 cm hk 182
  一格位( 6厘米阔)
• From now on , 20 years shall not be exceeded in principle as the period for use of graves and cells for the storage of ashes
  今后墓地和骨灰存放格位的使用年限原则上以20年为一个周期。
• All this has helped to change and upgrade the image of martial arts in an inconceivable way and has had a great impact on its development
  则于提升武术之格位，转换世人之观感，实有极不寻常之大影响在。
• For the zno : eu obtained in the present paper , eu3 + ions have successfully inserted into zno host lattices with two different structure phases
  首次成功地将eu离子掺杂到基质zno的不同晶相之中。并对不同格位的发射现象进行了研究。
• Anyone who disturbs the social order in disregard of dissuasion shall be penalized in accordance with the regulations on administrative penalties for public security
  对利用墓穴和骨灰存放格位进行传销和炒买炒卖等不正当营销活动的，要采取措施坚决制止，同时要依据有关规定进行处罚。
• Decomposition of excitation spectra shows that the charge transfer band of eu3 + at the s6 site lies in the high - energy side of that at the c2 site , resulting in that the energy transfer from the host prefers to the s6 site
  光谱分解得出s _ 6格位的电荷迁移带位于c _ 2格位电荷迁移带的高能侧， y _ 2o _ 3基质倾向于向s _ 6格位进行能量传递。
• Y2o3 : eu nanotubes were synthesized by a surfactant assembly mechanism . tem image confirms the formation of the tubular structures . under the excitation of ultraviolet light , the nanotubes show luminescence properties different from that of y2o3 : eu nanocrystallites
  低温下的激光选择激发光谱表明，处于纳米管壁内部的发光中心具有较为确定的格位对称性，其发射光谱具有清晰的光谱结构。
• The doping of europium did not induce any new luminescent centers , but caused the luminescent efficiency of defects to increase greatly . 4 . by changing the rinse times during the synthesis of zns nanocrystallite , the surface state was studied
  4通过改变zns纳米晶制备过程中清洗的次数，比较了清洗前后发光强度的变化，分析了自激活发光中心在纳米晶中的分布状况，即自激活发光中心倾向于占据表面格位。
• Detailed emission and excitation spectral characteristics have been analyzed and discussed . in addition , spectral red - shift has been found in both charge transfer bands in nanocrystalline y2o3 : eu 3 + compared to the bulk material . the number ratio of s6 sites to c2 sites is also smaller in nanocrystalline y2o3 : eu3 + than that in the bulk one
  与体材料相比，两种格位的电荷迁移带在纳米材料中都发生红移；相对于c _ 2格位的电荷迁移带， s _ 6格位的电荷迁移带强度在纳米材料中比在体材料中明显降低。

• 格位的俄语：pinyin:géwèi грам. падеж