晶体产生的英文

• crystal birth

• "晶体"英文翻译    crystal; vitrella; crystal b ...
• "产生"英文翻译    produce; engender
• "体产生" 英文翻译 :    bulk generation
• "核糖体产生" 英文翻译 :    pppgpp
• "抗体产生" 英文翻译 :    antibody production
• "气体产生器" 英文翻译 :    gas producer
• "抗体产生系统" 英文翻译 :    antibody producing system
• "抗体产生细胞" 英文翻译 :    antibody produced cell; antibody producer; antibody producing cell
• "抗酮体产生的" 英文翻译 :    antiketogenic
• "气体产生速度" 英文翻译 :    gas production rate
• "酮体产生因子" 英文翻译 :    orophysin
• "等离子体产生器" 英文翻译 :    plasma generator
• "抗体产生前体细胞" 英文翻译 :    antibody producing cell precursor; apcp
• "潜在抗体产生细胞" 英文翻译 :    potential antibody forming cell
• "抗体产生的二细胞假说" 英文翻译 :    two-cell hypothesis of antibody production
• "自身反应性抗体产生细胞" 英文翻译 :    self-reacting antibody producing
• "起泡量(一定气体使液体产生的泡沫容积)" 英文翻译 :    foam number
• "由等离子体产生的冷凝气溶胶" 英文翻译 :    plasma generated condensation aerosol
• "孤雌生殖[雌体产生不需受精即可发育的卵子" 英文翻译 :    parthenogenesis
• "产生" 英文翻译 :    1.(出现) produce; engender 产生好的结果 produce good results; 产生影响 exert an influence; exercise influence over; have bearing on; weigh; 产生幻觉 hallucinate; 产生火花 spark; 产生效果 come into play; 产生印象 impress; 产生怨恨 fester2.(形成; 发生) emerge; come into being 第一个工人联盟就这样产生了。 thus the first worker's league came into being. 你们的会谈产生了什么结果? what results emerged from your talks? 在人类历史发展过程中不断产生新的艺术。 new arts have been born in the course of the history of men.3.production; generation; causing; effecting
• "半导体产品" 英文翻译 :    semiconductors
• "多媒体产品" 英文翻译 :    multimedia product
• "分体产果的" 英文翻译 :    eucarpic
• "集体产品" 英文翻译 :    group product
• "流体产量" 英文翻译 :    fluid-withdrawal rate; production flow rate

• Ba 2 external resonator raman laser excited by 532 nm laser
  激光泵浦硝酸钡晶体产生外腔拉曼激光
• The reasons of cleavage in the crystal is analyzed and solved by strict control of growth parameters
  分析了晶体产生开裂的原因，采用严格控制生长参数的方法予以解决。
• The effects of radiation on the eyes are causing cataract , which is the opacity of the lens
  辐射对眼晶体的影响是会引致白内障。白内障是眼晶体产生混浊的一种疾病，有明显的阈值。
• The effects of radiation on the eyes are causing cataract , which is the opacity of the lens
  辐射对眼晶体的影响是会引致白内障。白内障是眼晶体产生混浊的一种疾病，有明显的阈值。
• 6 ) the self - absorption of thz waves in doped zn0 . 95cd005te < 110 > crystals is the main factor which affects the generation efficiency of thz waves
  对于不同掺杂的zll095cd005te 110单晶，晶体产生thz辐射效率不同的主要原因是晶体对thz辐射的吸收不同。
• The observation reconfirms that introduction of a small amount of cd ( 3 % - 5 % ) into znte can significantly improve the crystal quality and enhances the generation efficiency of thz waves
  这说明在znte晶体中少量刁加入cd ，能够提高znte晶体生长的质量，降低晶体对thz辐射的吸收，提高晶体产生t ’ hz辐射的效率。
• Effective generation of thz wave is a basic issue in experiments evolving thz radiation . scientists have studied different electro - optic crystals as a thz waves emitter , and they found that the znte crystal is the best for thz wave generation
  国际上，许多科学家对大量电光晶体产生和探测thz辐射进行了研究，发现znte电光晶体作为thz脉冲产生和探测材料，其总体性能优于其他电光晶体，目前在thz辐射实验中应用得最广泛。
• 5 ) optical rectification in a set of doped zn0 . 95cd0 . 05te < 110 > crystals show an increasing efficiency of thz beam generation with the increasing crystal resistivity , but the efficiency saturates and descended when the doped crystal resistivity goes beyond 106 o - m
  Teq10单晶，当晶体的电阻率较大时…入0 ‘ q ， cmx晶体产生的thz辐射信号逐渐增大。当晶体的电阻率p 106qcm时，晶体产生thz辐射的效率达到饱和甚至可能下降。
• Our results explain the mechanisms of the composition and doping dependent thz radiation efficiency for the different crystals . experimental results in this thesis are useful for growing eo crystals with high performance , and suggest that more parameters are required for better characterization of this kind of crystals as thz wave emitters . the main results and conclusions are listed as follows : 1 ) experimental measurements with low cd composition zn1 - xcdxte < 110 > crystals ( 0 < x < 0 . 25 ) as thz emitters indicate the optimum composition of x = 0 . 05
  在国际上，我们首次用实验研究了不同组分、不同掺杂的zn _ ( 1 - x ) cd _ xte < 110 >单晶( x = 0 0 . 25 )对thz辐射的吸收情况和它们产生thz辐射的相位匹配情况，并首次从晶体对thz辐射的吸收和晶体的相位匹配角度解释了这些晶体产生thz辐射效率不同的原因。
• In this thesis , we study the thz pulse generation efficiency of the < 110 > - oriented zn1 - xcdxte crystals with various composition ratios and doping levels , using thz time - domain spectroscopy . it is found that both absorption and phase matching condition play important role . it is the first time to systematically study < 110 > - oriented zn1 - xcdxte crystals with various composition ratios and different doping levels using thz time - domain spectroscopy
  本论文中，我们利用thz时域光谱系统对不同组分、不同掺杂的zn _ ( 1 - x ) cd _ xte < 110 >单晶( x = 0 0 . 25 )作为thz辐射材料的性能和光谱响应进行了研究，发现晶体对thz辐射的吸收和晶体的相位匹配是影响晶体产生thz辐射效率的重要因素。