本文叙述了用位相调制光外差技术探测光学谐振腔反射特性的原理及实验结果。
The principle and experimental results of phase modulation optical heterodyne detection technique for measuring reflection of optical cavity are described.
平行光管是光学实验及计量检测的重要设备。
The collimator is an important equipment for optical experiment and standardization.
研究一种适用于物理光学实验中信号接收及数据采集的图象探测系统。
An image detecting system which is suitable for signal receiving and data acquisition in physical optical experiments is studied.
理论分析及实验表明，采用CCD为光电转换元件的光学自准直测角方法是可行的。
Principle analysis and experiment result indicate that the optical self-collimation Angle measurement method using CCD as photoelectric transformation element is feasible.
文章介绍了XUV掠入射光栅摄谱仪的光学原理、结构特点，工艺、材料选择及部分实验结果。
The XUV grazing incidence grating spectrograph is described in terms of optical principle, structure characteristics, technology and material selection. Some experimental results are also presented.
用光学模型对实验数据进行了拟合，并讨论了弹散角分布振荡及增强的可能原因。
The experimental data are fitted by use of the optical model. The probable reasons of the enhancement and oscillation of the elastic scattering angular distribution are discussed.
通过离子轨迹的计算、离子光学系统的设计及一系列的实验研究，改善了系统中的匹配，提高了系统的性能。
The high performance has been achieved by careful calculation of the ion trajectories, close attention to the design of the ion optics and serial experimental studies.
本文描述了全息红外测温仪的原理及全息光学元件在光测高温中的应用，并给出了初步实验结果。
This paper introduced the principle of HOE Infrared Thermometer and its application in optical high temperature measurement. Preliminary experimental results are presented.
文中分析了系统原理，给出了光学波分复用器的设计方案及实验结果。
The principle of the system has been analyzed. The design of the optical wavefront-division multiplexer and the experimental results of the system are 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.
本文提出了一种在光学上实验探测傅里叶位相的新途径，给出了一维实物体的傅里叶位相的探测结果及讨论。
The experimental results regarding to the optical measurement of Fourier phase for 1-d real object are presented and discussed in this paper.
文章综述了测量非线性光学(nlo)聚合物薄膜材料光波导传输损耗的三种新方法及原理，分别给出了典型的实验装置结构图，并对它们的特点进行了比较。
The principles of the common methods to measurement the propagation loss of the NLO polymer film optical waveguide are summarized, and the typical experimental arrangements are presented.
电镀薄片可以用来制备光学显微镜、扫描电镜及透射电镜的观察样品，而且可以用来进行粉末的热片进及业余末的显微维氏硬度测试等实验。
The plated sheet can be used to prepare the specimen for optical microscopy, SEM and TEM, it can also be used for the heat-treatment and the microhardness test of the powders.
叙述用离子束溅射镀膜机OXFORD进行X射线长波段多层膜实验及制备X射线多层膜光学元件方面的工作。
The X-ray multilayer mirror for longer wavelength fabricated with ion-beam-sputtering deposition instrument OXFORD, is introduced in this paper.
本实验利用两种不同 制程的气凝法将奈米氮化镓沉积在液态氮冷凝阱上，收集此奈米粉进行更深入的光学及结构分析。
This study is focus on studying the structural and optical properties of GaN nanopowders that are synthesized by two kinds of gas condensation methods.
应用范围：光学仪器制造各种电子、电器、精密仪器的擦拭光纤制造实验室器具及仪器的清洁印刷业机器的清洁包装业。
Application range: optics instrument, electronic, apparatus, precision instruments wiping, sensorius fiber manufacture, apparatus and equipment in lab cleaning, machine in print and packing industry.
国家重点实验室（光技术 应用于微 加工实验室），上海光学及电子研究所（批准号： ）资助的课题。
Project supported by the State Key Laboratory of Optical Technology for Micro-fabrication Shanghai Institute of Optics and Electronics China (Grant No. ).
初步的实验结果验证了综合孔径辐射计光学实时信号处理的可行性及系统设计的正确性。
The primary experiment results validate that feasibility of real-time signal processing for synthetic aperture microwave radiometer and the correctness of the system design.
部门下设电磁、无线电、时间频率、声学和通信光学五个专业实验室，负责无锡及周边地区各类参量的量值传递工作。
The section sets five professional LABS: electromagnetism, wireless, time frequency, acoustics and communication optics, in charge of value transfer of each parameters in Wuxi and surrounding areas.
部门下设电磁、无线电、时间频率、声学和通信光学五个专业实验室，负责无锡及周边地区各类参量的量值传递工作。
The section sets five professional LABS: electromagnetism, wireless, time frequency, acoustics and communication optics, in charge of value transfer of each parameters in Wuxi and surrounding areas.
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