反射器

基本解释 (translations)

reverberator  ·  reflecter  ·  reflectors

与反射器相关的网络例句 [注：此内容来源于网络，仅供参考]

The reflection spectra of Al0.5Ga0.5As-AlAs distributed Bragg reflector at different incident angle are calculated by transfer matrix method.

采用传输矩阵法对Al0.5Ga0.5As-AlAs材料的发光二极管分布布拉格反射器进行入射角的反射光谱研究，计算发现反射偏振光p和s随入射角的增大呈"V"形变化，在49.8 处有最小反射值。

The reflection spectra of Al0.5Ga0.5As-AlAs distributed Bragg reflector at different incident angle are calculated by transfer matrix method. The reflection spectra curve of p-polarized and s-polarized plane waves vary with a 'V' shape with the rise of the incident angle and the lowest reflectivity is at 49.8°.

采用传输矩阵法对Al0.5Ga0.5As-AlAs材料的发光二极管分布布拉格反射器进行入射角的反射光谱研究，计算发现反射偏振光p和s随入射角的增大呈"V"形变化，在49.8°处有最小反射值。

In order to have the weighting factors displayed in the Reflector Design view so that they overlap the candela plot, create you reflector so that the aiming lines are directed to the left part of your screen.

为了能让各类权重因素显示在反射器设计视图中重复坎德拉平面图，建立个人的反射器而把瞄准线引向屏幕的左侧。

Some ways improving the output power and efficiency are suggested. The characteristic of the coaxial reflector is investigated.

简要介绍了几种常用的反射器并重点研究了同轴反射器的特性。

Dihedral angle offsets are different between theory in this paper and traditional theory. Meanwhile, the difference is variable at different orbital height.

采用角反射器衍射光学理论与采用传统理论所得的卫星角反射器补偿角之间存在差异，这种差异随著轨道高度的不同而发生变化。

An elliptical parabola with the same dimensions would have smaller gain by about 1 dB in relation to this analyzed rectangular, with the same efficiency, because of smaller geometric surface of the elliptic parabola.

一个同样尺寸，同样效率的椭圆形抛物线反射器，比这个长方形反射器低大约1dB的增益，这是由于椭圆形抛物面几何表面小一些。

The results show that the ladder-shaped IDT can overcome shortcomings of adding reflection grating or reflector to simulate the internal reflection of IDT in traditional design and simulation,greatly reduce complexity of the simulation with δ function model,imitate its internal reflection with evolutionary structure and then simulate with Matlab.

结果表明，该结构克服了传统设计仿真时需加入反射栅或反射器来模拟叉指换能器内反射的缺点，大大缩减了δ函数模型仿真的繁杂性，通过自身结构的优化来模拟叉指换能器内反射，并运用δ函数对其建模，然后通过Matlab对其仿真。

Initially the following measures are taken for association of the angle positions to physical reflectors, and for determination of the position of the vehicle (10): i at least three angle values with a suitable distribution over the search sector is selected, ii the angle values are associated to reflectors and a position is determined for the vehicle on the basis of the known position of the assumed reflectors, iii if the vehicle position determined in this way is within a certain part of the transport area the other angle values are associated to reflectors, iv for each angle value, existing deviation is determined between detected angle values and angle values expected between the vehicle position and known reflectors, v the measures taken are repeated for each possible combination of selected angle values.

最初使用下列步骤使这些角位与反射器关联以便确定车辆（10）的位置：i）在该搜索扇形上选择至少三个合适分布的角度值，ii）使各角度值与各反射器关联，根据假设反射器的已知位置确定车辆的位置，iii）如果如此确定的车辆位置在该运输区的某一部分中，则使其他角度值与反射器关联，iv）对于每一角度值，确定所检测角度值与车辆位置与己知反射器之间预期角度值之间的偏差，v）对于所选择的角度值的每一种可能组合反复进行这些步骤。

Retroreflector array is used as pseudo phase conjugator in the system. The fidelity of the conjugate wave and matching problem of the retroreflector array and Hartmann-Shack wavefront sensor is discussed. Several data fusion methods are presented in order to having two Hartmann-Shack wavefront sensors control one set of wavefront corrector. The misalignment errors of Hartmann-Shack wavefront sensor and arrangement errors of wavefront sensor and deformable mirror are analyzed. At the same time, numerical work based on the data of practically system, such as 61 element AO system, are done corresponding to the problem respectively and the results are given.The system of CP/CM AO is setup to fulfill all the functions.

针对不同的应用环境，提出了四种CP／CM衍生光路；进行了关键器件——角反射器阵列的保真度分析，给出了角反射器阵列作为伪相位共轭器件，与哈特曼—夏克波前传感器的匹配条件，认为角反射器阵列的布局要与哈特曼波前传感器的微透镜阵列布局完全对应，才能达到最优探测效果；提出了四种双哈特曼传感器控制一套波前校正器的数据融合方式，并逐一进行了分析，认为加修正因子斜率融合和电压融合方式在目前工程中是适用的，并进行了相应的数值模拟；给出了哈特曼传感器自身的调整误差分析过程，得到了误差可通过常规标定消除的判断依据；通过数值计算，得到了常规自适应光学系统和CP／CM系统哈特曼传感器和变形镜的对准误差对系统性能的影响，给出了两种系统对于不同对准误差情况下校正效果的变化情况和相应系统容限；以37单元自适应光学系统为基础，搭建了CP／CM自适应光学系统光路，并完成了系列CP／CM功能实现实验，运用双哈特曼传感器数据融合，成功实现了CP／CM自适应光学系统的闭环实验。

Retroreflector array is used as pseudo phase conjugator in the system. The fidelity of the conjugate wave and matching problem of the retroreflector array and Hartmann-Shack wavefront sensor is discussed. Several data fusion methods are presented in order to having two Hartmann-Shack wavefront sensors control one set of wavefront corrector. The misalignment errors of Hartmann-Shack wavefront sensor and arrangement errors of wavefront sensor and deformable mirror are analyzed. At the same time, numerical work based on the data of practically system, such as 61 element AO system, are done corresponding to the problem respectively and the results are given. The system of CP/CM AO is setup to fulfill all the functions. Through the data fusion of two Hartmann-Shack wavefront sensors, the system runs successfully and realizes the close loop. It lays a good foundation for the application of CP/CM AO. Another aspect of this paper is to expand the working band of Hartmann-Shack wavefront sensor through Frequency Transfer of Nonlinear Optics.

针对不同的应用环境，提出了四种CP／CM衍生光路；进行了关键器件——角反射器阵列的保真度分析，给出了角反射器阵列作为伪相位共轭器件，与哈特曼—夏克波前传感器的匹配条件，认为角反射器阵列的布局要与哈特曼波前传感器的微透镜阵列布局完全对应，才能达到最优探测效果；提出了四种双哈特曼传感器控制一套波前校正器的数据融合方式，并逐一进行了分析，认为加修正因子斜率融合和电压融合方式在目前工程中是适用的，并进行了相应的数值模拟；给出了哈特曼传感器自身的调整误差分析过程，得到了误差可通过常规标定消除的判断依据；通过数值计算，得到了常规自适应光学系统和CP／CM系统哈特曼传感器和变形镜的对准误差对系统性能的影响，给出了两种系统对于不同对准误差情况下校正效果的变化情况和相应系统容限；以37单元自适应光学系统为基础，搭建了CP／CM自适应光学系统光路，并完成了系列CP／CM功能实现实验，运用双哈特曼传感器数据融合，成功实现了CP／CM自适应光学系统的闭环实验。

与反射器相关的网络解释 [注：此内容来源于网络，仅供参考]

confusion reflector：扰乱反射器, 干扰反射器

confusion of tongues | 语言的混乱(来自>) | confusion reflector | 扰乱反射器, 干扰反射器 | confusion region | 模糊区(杂乱信号区)

reflector, hyperbolical：双曲面形反射器

沙漏形反射器(天线) reflector, hourglass | 双曲面形反射器 reflector, hyperbolical | 双曲线体反射器 reflector, hyperboloidal

reflector, parabolic cylinder：拋物线柱体反射器(天线)

拋物线反射器(天线) reflector, parabolic | 拋物线柱体反射器(天线) reflector, parabolic cylinder | 抛物面反射器(天线) reflector, parabolidal

paraboloidal reflector：抛物面反射器

主反射器 main reflector | 抛物面反射器 paraboloidal reflector | 副反射器 subreflector

Time-Domain Reflectometry：时域反射器

时域反射计 time domain reflectometer | 时域反射器 time domain reflectometry | 时间域反射器 time domain reflector,TDR

corner reflector：回向反射器;角反射器

角聚焦 corner focus | 回向反射器;角反射器 corner reflector | 柯努棱镜 Cornu prism

reflector, hyperboloidal：双曲线体反射器

双曲面形反射器 reflector, hyperbolical | 双曲线体反射器 reflector, hyperboloidal | 大孔径反射器(天线) reflector, large-aperture

NTOS PARCHER：焦灼炮技术. 需要离子反射器技术

STI UP DPT GUN RANGE,双联装等离子炮射程升级. 需要升级极性等离子脉冲炮射速. | STI UP ION REFLECTOR,离子反射器升级. 需要离子反射器技术. | NTOS PARCHER,焦灼炮技术. 需要离子反射器技术.

reflector; silver-coated：镀银反射器

抛物[柱]面反射器 reflector; parabolic | 镀银反射器 reflector; silver-coated | 反射仪 reflectoscope

cat's-eye retroreflector：猫眼後向反射器

cat's-eye reflector 猫眼反射器 | cat's-eye retroreflector 猫眼後向反射器 | catacaustic 反射焦散的