rce

The critical amount of absorber and insertion loss of the novel optical modulator are analyzed and compared to conventional RCE optical modulators by using transfer matrix .

利用传输矩阵法对该器件的插入损耗及临界吸收厚度进行了模拟分析，并同传统谐振腔增强型光调制器的相关性能进行了比较。

The results show that the novel RCE optical modulator has the advantage that the critical amount of absorber is decoupled from insertion loss so that low amount of absorber and low insertion loss simultaneously can be achieved .

分析结果表明，这种结构解决了传统谐振腔增强型光调制器的临界吸收厚度与插入损耗之间相互制约的矛盾，可同时获得低临界吸收厚度和低插入损耗。

Conclusion : It suggested that RCE had ideal anti-tumor activity .

结论：RCE具有较强的抗瘤活性。

The Welfare Analysis of Duopoly Firms Based on RCE

基于RCE条件下双头垄断的福利分析

Optimized Design for Resonant - cavity - enhanced ( RCE ) Photodetector

谐振腔增强型光探测器的优化设计

Experimental Study on the Tunable RCE Photodetectors with Built in Liquid-crystal Layer

集成液晶可调谐RCE光电探测器的实验研究

Experimental Study on the Tunable External Cavity RCE Photo-detector

可调谐外腔RCE光探测器的实验研究

The RCE flexure hinge is suitable for engineering applications where high displacement and high accuracy are needed .

设计的直圆椭圆复合柔性铰链非常适合于需要大位移、高精度传动的应用场合。

Experimental Research of the Responsibility and Tunability of MQW RCE Photodetector

多量子阱RCE光探测器的响应及调谐特性的实验研究

Effect of RCE on Angiogenesis of Chick Chorioallantoic Membrane

魟鱼骨素对鸡胚绒毛尿囊膜血管形成的影响

The resonant cavity enhanced ( RCE ) PIN photodetector has high bandwidth and high sensitivity simultaneously compared with traditional PIN photodetector .

与传统PIN结构的探测器相比，共振腔增强型（ResonantCavity-Enhanced，RCE）光电探测器能同时具有很高量子效率和很高的带宽，特别适用于高速探测中。

The ZST & 300 is a SCR inverter arc welding power sou - rce .

ZST&300是可控硅逆变式弧焊电源。

The results show that the performance of several RCE flexure hinges is much higher than that of right-circular flexure hinge .

分析计算了一组不同椭圆短半轴的复合铰链实例，结果表明直圆椭圆复合柔性铰链的性能高于直圆柔性铰链。

The structure of RCE GaInAsSb / GaSb photodetector that the light is incident from the substrate has been designed .

设计了一种从衬底入射的共振腔增强型GaInAsSb/GaSb光电探测器结构。

Rce small-signal output capacitance

共源小信号输出电容

A scheme for privacy protection in the E-comme rce is proposed which is based on the existence of secure 1 / 2 oblivious transfer .

在安全的1/2不经意传输存在这一假设下，本文提出了一个安全且具隐私保护的数字产品网上交易方案。

This paper discusses a novel resonant cavity enhanced ( RCE ) photodetector with a flat top and steep edge response , which is promising for WDM application .

报道了一种具有平顶陡边响应的谐振腔增强型（RCE）光电探测器。

And then , the direction of development for RCE photodetectors is analyzed and the main content and significance of this paper is also expatiated . All of this work is preparing for the researching .

接着分析了RCE光电探测器的发展方向，阐述本文的研究内容及意义，为本文的研究工作做了铺垫。

A novel single-axis flexure hinge named Right-Circular Elliptical ( RCE ) flexure hinge , which is composted of half a right circular one and half a elliptical one , is presented .

提出一种新型的单轴柔性铰链结构型式-直圆椭圆复合柔性铰链，它由半个直圆柔性铰链和半个椭圆柔性铰链构成。

If the energy corresponding to this frequency matches with the transition energy of the electronic states of the ions , the ions have a chance to be excited . It is called Resonant Coherent Excitation ( RCE ) .

如果与此振动频率相关的能量与离子的电子态跃迁能量相匹配，则离子有可能被激发，这种现象就称为共振相干激发（RCE）。

Erosion kinetic energy critical models of hard-brittle material for radial / median and lateral cracks in erosion process are established . Concepts of fracture erosion resistance Rce and fracture erosion machinable number M are proposed in the present work .

建立了工件材料产生径向／中位裂纹和侧向裂纹的冲蚀动能临界条件模型，提出了硬脆材料的脆性断裂冲蚀阻RCE和脆性冲蚀加工数M的概念。

InP / air-gap distributed Bragg reflector ( DBR ) with high reflectivity is fabricated by using selective wet etching . Moreover , long wavelength RCE photodetectors with InP / air-gap DBR is realized for the first time .

采用选择性湿法刻蚀，制备出基于InP/空气隙的分布布拉格反射镜，并将该结构的反射镜引入RCE光电探测器。

Reference crop evapotranspiration ( RCE ) characterized by its nonlinearity and multi-time scale feature , may vary with the change of time under the influence of stochastic variation of meteorological factors such as temperature , sunlight , wind speed , vapor pressure and so on .

受气温、日照、风速、水汽压等因子随机变化的影响，参考作物腾发量时序过程具有非线性、多时间尺度变化等特性。