基于以上原理设计了螺线管聚磁光路结构。
The optical structure based on solenoid collecting magnetic field is designed based on the principle above.
给出了高精度起偏系统和检偏系统的光路结构。
The optical structure of high precision polarization system and polarization detection system are presented.
本文用像差平衡的方法求出优化的全息分路器光路结构参量。
Optimized parameters of the optical configuration of holographic wavelength demultiplexer (HWD) have been obtained with aberration balancing.
系统采用线阵CCD作为传感元件，对传感器的光路结构进行了改进。
The system was equipped with line matrix CCD as sensing unit and improved on light path structure of sensor.
悬挂式龙门梁飞行光路结构，高速振动小，接近性及机床驱动特性良好。
O-type frame together with the flying ray ensures the low vibration during the high speed running, and easy to access and operate.
利用自己混合型半导体激光器的特点 ，大大简化了干涉系统的光路结构 。
The characteristic of self mixing semiconductor laser, which can predigest the light path structure of the interference system, is introduced.
本论文完成了整个实验系统的设计，包括光路结构、电路结构、信号处理等各方面。
The design of the whole experimental system has been completed, including system optical structure, electronic structure and signal processing, etc.
实验表明，该光路结构能有效实现被测物的离面位移测量，并可获得高的测量精度。
The experiments prove that this optical structure can be used to measure the longitudinal displacement, which can arrive at a high accuracy.
论述了用于电力系统状态监测的光纤电场传感器的测量原理，给出了测量系统的光路结构。
This paper describes the measuring principle of optical fiber electrical field transducer used for condition monitor of electric power system, and gives the structure of the measuring system.
论文详细描述了异面环形谐振腔损耗仪系统的光路结构和软件系统两个部分的设计和测试工作。
The design of optical structure and software system about loss instrument of out-of-plane ring resonator is described particularly in this paper.
研究结果表明，利用双光路结构，并结合适当的数据融合方法可以很好的消除温度对光纤位移传感器的影响。
The result shows that optical fiber displacement sensor's sensitivity problem to temperature can be well eliminated by using such configuration as well as choosing the proper data processing.
研究了新型的三段级联泵浦优配的掺铒光纤放大器的优化光路结构，得到高增益，低噪声，大输出功率的掺铒光纤放大器；
We also experimentally demonstrate a novel three-stage erbium-doped fiber amplifier with high gain, low noise figure, and high output power.
独特的定位结构及高精度的光路系统，有效保证测量值的正确性及重复性。
C, unique localization structure and precision high mere distance system, guarantee the exactness and repetitiveness of the measurement value effectively.
分析了具有相同结构角的两个渥拉斯顿棱镜在不同方式组合下的光路特性。
The optical path character of Wallaston prisms that have the same structure Angle in the diversity compound mode is analysed.
在文中分析了多波长干涉术用于小尺寸测量的基本原理，提出了共光路的设计结构。
The design of common optical path structure improves the resistance to environment vibrations and temperature turbulence.
这种结构利于三网融合，且光路最简化，便于维护管理，扩容性好，便于系统升级改造。
This structure is conducive for triple play, and has the following advantages: the most simplified light path, easy maintenance, expansion and upgrading easily.
使用这种方法，结构和光路简单、调节方便、效果良好。
The method features simple structure and light circuit, convenient adjustment and high effectiveness.
激光干涉测角仪的结构参数、光路调整等均会影响干涉仪的精度。
The instrument accuracy is influenced by the construction para-meters and the disadjust of the interferometer.
为了消除被测气体以外的其它随机因素的影响，在设计过程中采用了双光源、双光路、双气室结构。
In order to eliminate the effect of other factors on measurement precision, the double light sources, double light paths and double cells are used in this system.
近红外波长光信号利用光纤传输，替代了传统的复杂光路系统，使器件结构小型化。
Optical fiber can be used to transmit near-infrared optical signal instead of traditional complex system, then the structure would become miniaturization.
使用这种方法，结构和光路简单，调节方便，效果良好。
The simple structure and light line, convenient adjustment and good results are get with this method.
尤其是对于毫米波信号的产生、光电子器件的选择、光链路的结构及基站的设计等问题进行了较深入的讨论。
Special attention was put on production of millimeter wave, choice of optoelectronic device, architecture of down and up fiber optic links, etc.
介绍了卤钨灯投影仪的电路和光路系统的结构和常见故障的排除方法。
This article introduces the structures of the electrocircuit and the light route the elimination methods of the common malfunctions about halogen tungsten lamp projector.
该方法具有与全息干涉计量相同的灵敏度，光路简单，结构紧凑，波像差小，防震要求低等特点。
The method has the speciality, just as same sensitivity as the holographic interferometry, simple light route, compact structure, a low demand of shock resistance etc.
同时，进行了结构优选，对空间光路的实现方式作了比较研究，给出了光学系统的设计参数。
Compared with the system of tilted light path, its characteristics were studied. The design parameter of the optical system were given.
研究了几种常用的光学检测理论及其实现方法，在此基础上，完成了OMSDS系统结构设计及入射、反射、散射基本光路设计，通过实验验证了入射和反射光路的可行性。
The OMSDS and its basic optical layout are designed with the help of several conventional optical theory used for surface detecting. The experiment indicates that our design is feasible.
从光路设计和电路设计两方面详细阐述了集磁式光纤电流传感器的结构组成。
The construction of FCFOCS is presented in two aspects: optic-circuit design and electro-circuit design.
提出了一种新型多粒度光交叉连接（MG-OXC）的体系结构，它可以完成光纤、波带、波长的交换，以及不同粒度业务的上下话路。
A kind of novel multi-granularity OXC architecture is proposed, which can be used to fiber switching, waveband switching and wavelength switching.
提出了一种新型多粒度光交叉连接（MG-OXC）的体系结构，它可以完成光纤、波带、波长的交换，以及不同粒度业务的上下话路。
A kind of novel multi-granularity OXC architecture is proposed, which can be used to fiber switching, waveband switching and wavelength switching.
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