来自光学传感装置的光入射到平面元件上。
Light from the optical sensing means is incident on the planar element.
该平面元件改变由转换装置接收的入射光。
The planar element varies the incident light, which is picked up by a conversion means.
微楔形镜的加工不能像平行平面元件那样，采用大块抛光，切片分割的办法。
Bulk optical polishing and segmenting manufacture method which is usually used for parallel plane dements, is not suited for micro-wedge mirrors.
文中证明了，自返平面列阵具有补偿畸变的能力，不是由于产生位相共轭反射波，而是由于自返光线的叠加和自返元件的特性。
It is shown that the compensation for distortion does not result from the production of the phase conjugate reflected waves, but from the interaction of retro-reflective waves.
平面螺旋电感是射频电路设计中最重要的无源元件。
Planar spiral inductor is the most important passive component of CMOS RF integrated circuit design.
通过灰度掩模平面不同位置处提供可变的透过率，经一次光刻后得到所需的衍射光学元件。
A variable transmittance is provided to different position on grayscale mask plane and the required diffractive optical elements can be obtained after one-time exposure.
用重铬酸盐明胶介质记录了用于飞机平视显示器的平面离轴反射全息目视显示元件。
Off-axial reflection holographic visual display elements which records in dichromated gelatin (DCG) deposited on planar substrate of glass has been developed for pilot head-up display (HUD).
本文针对热膜流速仪元件的工作原理提出了在平面旋转测量液体三维流速的方法，并测量了大型精馏塔板液相单相三维流场。
In this paper, a new method of measuring liquid three dimensional flow velocity by rotaining the probe in the plane was submitted basing elaborate analyzing of hot film anemometer.
平面微型弹簧是微机械电子系统（MEMS）中一种常用的弹性元件，其蛄构形状的不同将显著影响其刚度系数。
The planar micro-spring is commonly used in MEMS, the rigidity coefficient of the spring changes with the structural form of the spring.
文中基于磁性元件绕组的一维模型，对平面磁性元件绕组中的涡流效应进行分析。
Based on one-dimensional model for windings of magnetic components, the eddy effects in planar magnetic components are analyzed.
平面型载体催化元件制作过程的温度控制一直沿用手工操作，从而使元件的一致性与成品率受到较大影响。
The temperature control of the producing process of a planar carrier catalytic element has been operated manually so far, which has influence on both identity and productivity of the element.
数字式激光平面干涉仪是用于测量光学元件面形和无焦光学系统波像差的光学仪器。
Digital laser plane interferometer is used to measure the surface of optical components and the wavefront aberration of non-confocal optical system.
通过空间条纹的横向运动在探测器平面上转化为时间条纹通过光栅元件。
Convert the lateral movement of the spatial fringes across the detector plane into temporal fringes by use of grating elements.
设计过程首先从等效集总元件电路模型设计入手，然后使用平面结构实现各集总元件以便易于集成。
The design is done first in a equivalent lumped circuit model and then all lumped elements are implemented by planer circuit, which is required by integrated circuit.
请注意，所选的第一个元件为自接合中间平面偏移的元件。
Notice that the first component selected is the component offset from the joint midplane.
介绍一种新型的光学元件，它可把一束激光变换成一个两维的激光平面。
A new optical element called Glass Ring is introduced in this paper. It can transform laser beam into a laser beam plane.
水平式隧穿磁强计是一种新型隧穿磁强计，其特点是反映磁场变化的洛伦兹力与敏感元件在同一水平面内。
Horizontal tunneling magnetometer is a new kind of tunneling magnetometer in which Lorentz force is in the same level of sensitive element.
圆偏振波天线(10)具有与平面状环形天线元件(122)平行地设置的电路基板(25)。
The circularly polarized antenna (10) has a circuit board (25) arranged in parallel with the planar loop antenna element (122).
根据棱镜调整理论，分析了由于平面反射元件的安装误差所导致的光束转向、光轴偏离系统光轴的情况，并推导出相应的精确表达式。
In this paper, according to the law of prism turning, due to the errors in planar reflector assembling, light axis departure from systemic axis and light turning are analyzed.
在折转光路中，由于安装误差，平面反射元件会存在三维方向的微偏角。
In reflective light path, because of the errors in assembling, planar reflector would have three tiny dimensional angles stray.
电路基板(25)的面积比平面状环形天线元件(122)大。
The circuit board (25) has an area larger than that of the planar loop antenna element (122).
它们也具有有限的带宽(一个凭借在某些情况下，在其他一责任)和它们的性能可对附近的元件和地平面有些敏感。
They also have limited bandwidth (a virtue in some cases, a liability in others) and their performance can be somewhat sensitive to nearby components and ground planes.
用空间模型理论建立了六维加速度传感器弹性元件无量纲尺寸的空间模型，并转换到二维平面，给出了转换公式。
The physical model of solution space on the structure of six-axis accelerometer with nondimensional parameters was established and changed into 2D plane by the conversion formulas.
用空间模型理论建立了六维加速度传感器弹性元件无量纲尺寸的空间模型，并转换到二维平面，给出了转换公式。
The physical model of solution space on the structure of six-axis accelerometer with nondimensional parameters was established and changed into 2D plane by the conversion formulas.
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