velocity matching中文是什么意思

• 连度匹配

• "velocity"中文翻译    n. 1.迅速；快速。 2.速度，速率。 3.周转率。 ...
• "match"中文翻译    n. 1.比赛，竞赛。 2.对手，敌手；伙伴，(很相配的 ...
• "matching" 中文翻译 :    表芯板搭配; 对比; 对销；相配；对盘; 符合比较 配比 匹配 匹配 拼配 对纹拼合 对准 核对 选配; 竞赛; 配比原则; 配对题; 配合；相配; 配色；拼色; 配汤色; 匹配，配合; 匹配法; 拼接; 嵌缝板条; 适应; 双合; 相互配合; 影像匹配 画像照合
• "t matching" 中文翻译 :    t形匹配
• "t-matching" 中文翻译 :    t形匹配
• "velocity" 中文翻译 :    n. 1.迅速；快速。 2.速度，速率。 3.周转率。 at a velocity of 100 miles per hour 用每小时一百英里的速度。 dart off with the velocity of a bird 像鸟一样迅速飞跑过去。 drag-free velocity无阻力飞速，真空飞速。 escape velocity(克服地球引力的)第二宇宙速度，逃逸速度。 final velocity (发射物的)终速。 initial [muzzle] velocity(发射物的)初速[腔口速度]。 uniform [variable] velocity匀[变]速。
• "plaids matching，checks matching" 中文翻译 :    对格
• "acoustic matching" 中文翻译 :    声匹配; 声学匹配
• "acoustical matching" 中文翻译 :    声学匹配
• "acuity matching" 中文翻译 :    分辩率匹配; 视觉敏锐度匹配
• "acutance matching" 中文翻译 :    锐度匹配
• "admittance matching" 中文翻译 :    光纳匹配导纳匹配
• "aerial matching" 中文翻译 :    天线匹配
• "aided matching" 中文翻译 :    辅助装定器
• "antenna matching" 中文翻译 :    天线匹配
• "aperture matching" 中文翻译 :    口径匹配
• "attribute matching" 中文翻译 :    属性匹配
• "balance matching" 中文翻译 :    平衡配板
• "balanced matching" 中文翻译 :    平衡配板
• "beam matching" 中文翻译 :    束隶配
• "beautiful matching" 中文翻译 :    如花美眷
• "best matching" 中文翻译 :    最佳匹配
• "bilateral matching" 中文翻译 :    双向匹配
• "binary matching" 中文翻译 :    二进制匹配
• "binocular matching" 中文翻译 :    双眼调节

• On - line algorithm for constructing velocity matching data of master ins for transfer alignment
  传递对准中主惯导速度匹配量的实时构造算法
• Therefore , the method of lines is applied to characterize the influence of metallization thickness and conductivity loss on the velocity match and impedance match
  为此，论文着重分析了共面电极的厚度与有限电导率对行波调制器的微波特性的影响。
• The phase matching and group velocity matching conditions of type - i and type - ii second harmonic generation ( shg ) are obtained according to the momentum and energy conservation laws . the group velocity delay of ultrashort pulse shg on clbo and the crystal length decided by the group velocity delay are analyzed and compared with bbo ' s
  从动量守恒、能量守恒出发推导得出了超短脉冲倍频的类、类相位匹配和群速匹配条件，对clbo晶体用于超短脉冲倍频时的群速延迟以及由群速延迟决定的晶体长度进行了分析和数值模拟，并与bbo晶体进行了比较。
• It has been shown by our calculations that conductor loss is greatly reduced under velocity matching with relatively thick coplanar waveguide electrodes and thick buffer layer , but the characteristic impedance can not match with that of the external circuit at the same time , and the modulation bandwidth is confined in this case
  然后，用一般的椭圆积分计算了普通共面波导型调制器的有效折射率、特征阻抗和导体损耗系数。通过计算发现，采用厚电极和厚缓冲层结构，在实现速度匹配的情况下，可以大大减小导体损耗，但是由于阻抗不能同时满足匹配，调制带宽受到限制。
• Two types of alignment algorithms on moving base were put forward in this paper , one with angular velocity matching , and another with acceleration matching . the error models and measurement models in consideration of ship flexure and lever - effect were deduced respectively . the alignment methods were verified by simulation
  提出了两种动基座传递对准的方法，一种是采用角速率匹配，一种是采用加速度匹配，并分别推导了在考虑船体变形和杆臂效应时传递对推的误差方程和量测方程，通过仿真验证了这两种传递对准方法的正确性。
• Based on these foundations , we give a perfect scheme of the bbo opos : single pass amplification coefficient of the opg under different pump intensity is calculated ; collinear type - i and type - ii phase matching tuning curve pumped by the q switch nd : yag various harmonics as well as noncollinear type - i tuning curve are calculated in details ; the effect of the walkoff for the nonlinear effect coefficient and the group velocity matching are analyzed ; the acceptance angle in parametric process is calculated ; the numerical threshold of the bbo opo is calculated ; the process of the saturation and depletion of the pump beam are analyzed ; the relationship of the conversion efficiency and reflectance of output mirror are discussed ; various linewidth controlling methods are discussed ; the improvement of the beam quality applying the unstable cavity is discussed ; and the crystal bbo design is considered
  在此基础上，给出了一整套bbo - opo激光参数设计方案：计算了不同泵浦强度下的参量放大倍数；详细计算了在nd : yag调q激光器各次谐波泵浦条件下的共线类和类相位匹配的调谐曲线，以及非共线类相位匹配调谐曲线；分析了走离角对非线性系数和群速匹配的影响；计算了参量过程的允许角；计算了bbo - opo的理论阈值条件；分析了饱和与泵浦光束的消耗过程；给出了转换效率与超过泵浦阈值的倍数的关系；讨论了转换效率与输出镜反射率的关系；讨论了线宽控制的各种方法；研究了利用非稳腔改善光束质量的方法；考虑了bbo晶体的设计。