非线性晶体的英文

• nonlinear crystal

• "非线性"英文翻译    nonlinearity; nonlinear
• "晶体"英文翻译    crystal; vitrella; crystal b ...
• "光学非线性晶体" 英文翻译 :    optically nonlinear crystal
• "掺稀土离子非线性晶体" 英文翻译 :    rare-earth ion-doped nonlinear crystal
• "非线性电光晶体" 英文翻译 :    nonlinear electrooptical crystal
• "非线性光学晶体" 英文翻译 :    nonlinear crystals; nonlinear optical crystal
• "半导性晶体" 英文翻译 :    semiconducting crystal
• "半面性晶体" 英文翻译 :    hemimorphic crystal
• "磁性晶体" 英文翻译 :    magnetic crystal
• "脆性晶体" 英文翻译 :    brittle crystal
• "范性晶体" 英文翻译 :    plastic crystal
• "非极性晶体" 英文翻译 :    nonpolar crystal
• "负光性晶体" 英文翻译 :    optical negative crystal
• "高活性晶体" 英文翻译 :    crystal of high activity
• "互变性晶体" 英文翻译 :    enantiotropes
• "挥发性晶体" 英文翻译 :    volatile crystal
• "极性晶体" 英文翻译 :    polar crystal
• "金属性晶体" 英文翻译 :    metal crystal; metallic crystal
• "可溶性晶体" 英文翻译 :    soluble crystal
• "两色性晶体" 英文翻译 :    crystal, dichroic
• "铁弹性晶体" 英文翻译 :    ferroelastic crystal
• "铁电性晶体" 英文翻译 :    ferroelectric crystal
• "无极性晶体" 英文翻译 :    nonpolar crystal
• "吸收性晶体" 英文翻译 :    absorbent crystal; absorbing crystal
• "异极性晶体" 英文翻译 :    heteropolarity

• The optimum configurations of opos are determined by the pump beam quality in nonlinear crystals
  Opo的最佳结构的关键取决于非线性晶体中的泵浦光的质量。
• Nonlinear - frequency - conversion is one of the best ways in widening wavelength of laser
  拓宽激光输出波长范围，最常用、最有效的方法之一是利用非线性晶体的频率变换技术。
• In addition , we researched the characteristic of nonlinear crystal . an appropriate nonlinear crystal has been chosen through research
  另外，本文还从事了非线性晶体的特性分析和研究，通过分析，恰当地选择了适合实验的非线性晶体。
• In the section 1 , we introduced the development of opo and the correlative nlo crystal , summarized the background and headway of clbo
  第一章介绍了光参量激光器及相关非线性晶体的发展状况，综述了clbo晶体的研制背景及其光学性质的研究进展情况。
• 3 . introduced the principle of phase - match and the optics characters of ktp 、 lbo and other nonliner crystrals , demonstrate the optimal focusing conditions . based on a detailed analysis , ktp and lbo are selected as shg and thg cystal , respectively
  3 .简单介绍相位匹配原理和非线性晶体的选择介绍了一些紫外晶体的光学特性,并阐述了光束的最佳聚焦条件,经过分析和综合评价,选择了ktp和lbo分别作为倍频晶体及和频晶体。
• The field distribution of the flattened gaussian beam across the waist plane is flattened . for several applications it is of great value . we have studied and simulated the theory of the conversion efficiency of the flattened gaussian beams shg and thg on the crystal csljb6oio , and compared it with that of the gaussian beam , and computed the field distribution of the flattened gaussian beam s harmonic wave
  论文对平顶高斯光束在非线性晶体c _ sl _ ib _ 6o _ ( 10 ) ( clbo )上的倍频( shg )和混频( thg )转换效率进行了理论分析和数值模拟计算，并将结果与高斯光束的倍频、混频转换效率进行了比较，并模拟计算了转换后的谐波场强分布情况。
• Firstly , we analyze the character of nd : yag , bbo and lbo , for nd : yag crystal and select the nd : yag as the gain medium and lbo as doubling - frequency crystal . ln the theory , analyzing the parameter of the gain medium length , the ratio of the pump - and laser - beam waists . based on the above analysis , we design the resonance cavity
  首先，我们对增益介质的性质和非线性晶体bbo和lbo的一些性质进行了比较，选取nd ： yag作为增益介质， lbo作为倍频晶体。理论上分析了激光器设计中的一些参数值，如增益介质长度、模式交叠率、最佳倍频条件，并根据理论分析结果设计了谐振腔。
• In the sectionl , we introduced the development of opo and the correlative nonlinear optical ( nlo ) crystal , summarized the background and the recent advance of the clbo and linewidth of opo ; in the section2 , we have studied and stimulated linewidth of parametric light of clbo optical parametric oscillators pumped by 355nm by computer
  第一章介绍了光参量激光器及相关非线性晶体的发展状况，综述了clbo晶体和opo线宽的研究背景及其研究进展情况；第二章以355nm作为泵浦光，对影响clbo晶体光参量振荡器线宽的各种物理机制进行了数值模拟计算、分析。
• Abstract : based on the elaborate study on the advance of the optical parametric oscillators in resent fifteen years , it is clearly pointed that the material foundation of the bbo - opo was provided due to the discovery of the new type nonlinear crystal bbo , lbo and clbo etc and the emerge of the high quality pump source especially the diode lasers
  本文在详尽地研究了光学参量振荡器的近15年来的研究进展的基础上明确指出，由于bbo 、 lbo 、 clbo等新型非线性晶体的发现和高质量泵浦源特别是二极管激光器的出现为bbo - opo的实用化提供了物质基础。
• Some usual measurement methods are introduced , and their advantages and disadvantages are also analyzed in detail . in view of the defects of the usual methods and the latest developments in bi - photon effect , an all - fiber - measurement system for ultra short pulse was designed in this work , based on the knowledge of nonlinear fiber optics , application of passive optic apparatus , optic - electric transformation , analog circuit , micro chip unit ( mcu ) and so on
  针对常用方法的不足,结合近些年来双光子效应的研究成果,我们采用双光子探测器取代常用的非线性晶体,并首次利用光纤延迟取代空间光路延迟,综合了非线性光纤光学、光无源器件的应用、光电转换、模拟电路、单片机等知识,设计出了一套全光纤超短脉冲测量系统。