Distributed Prism Surface Plasmon Resonance Sensor;
分布式棱镜SPR传感器
The technology paraments of hight-efficiency machining prism with Chinese-built equipment;
国产光学设备棱镜高效制造技术的工艺参数
Fast polishing technology of high grade prisms;
高精度棱镜的快速抛光技术
High efficiency make technology of prisms by optics set of Chinese goods;
国产光学设备棱镜高效制造技术
Because angle precision of prisms is not guaranteed, the prisms canot mass serial produced.
因为不能保证棱镜的角度精度，而扼制企业不能实现大批量生产规模。
All of the methods are studied, especially,an experiment is done by the prism coupling method.
本文讨论了四种测量波导薄膜的有效方法,对各种测量方法作了分析研究,并着重对棱镜耦合法进行了实验研究。
By using the prism coupling technique and inverse WKB method, the influences of technological parameters, including melting salt ratio, exchange time and temperature, on the characteristics of the waveguide made by Ag+ - Na + ion - exchange in K9Glass, were investigated systematically, and the relationship between refractive index profile and process parameters was established.
本文利用棱镜耦合测量技术和反WKB计算方法,系统地研究了K9 玻璃Ag+-Na+离子交换过程中熔盐配比、交换时间和交换温度等工艺参量对波导性能的影响,建立了波导折射率分布与离子交换工艺参数之间的联系,得到Ag+- Na+离子交换玻璃波导折射率分布符合高斯函数形式,折射率的最大改变量主要由熔盐中Ag+的浓度来决定,扩散系数与交换温度呈指数增长,波导的等效深度与交换时间满足超线性的增长关系的结论。
Analyzing characteristic of the cube-corner retroreflector applied to laser straightness measurement;
角锥棱镜用于激光直线度测量的特性分析
By vector analysis the rectangular angle error influence on characteristics of the beam of cube-corner retroreflector;
用矢量方法分析角锥棱镜直角误差对其光路反射特性的影响
Then,the effect on the first-harmonic nonlinearity by the polarization properties of reflected light of the cube-corner retroreflector and axial rotation in the motion direction of the measurement cube-corner retroreflector is derived.
基于全反射理论分析了镀膜实体角锥棱镜反射光偏振特性,并由此推导出角锥棱镜反射光偏振特性及测量角锥棱镜以其运动方向为轴线的轴向旋转对激光外差干涉非线性误差一次谐波的影响模型。
Kinematic error effect of pentagonal prism on wavefront measurement;
五棱镜的运动误差对波前测量的影响
In order to refocusing in flight for space camera,a precise autofocussing system with autocollimatic method is introduced, in which two pentagonal prisms are substituted for a large mirrow.
为了对空间相机实时进行检调焦 ,提出了一种自准直法精密检焦系统 ,该方法利用五棱镜代替大平面反射镜 ,用CCD为光电转换器件 ,用半导体激光器做光源 ,结构紧凑 ,稳定可靠。
In order to refocus in flight for space camera,a precise auto focusing system with auto collimatic method is introduced, in which two pentagonal prisms are substituted for a large mirror,a low power laser is used as the light source and CCD as photoelectric converting device.
自动检调焦技术是保证空间相机拍摄出高质量图象的重要技术手段 ,本文提出了一种自准直法精密检焦系统 ,该方法利用五棱镜代替大平面反射镜 ,用 CCD作为光电转换器件 ,用半导体激光器做光源 ,结构紧凑 ,稳定可靠。