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1)  autocollimatic
自准直的
2)  Auto-collimation method
自准直法
1.
Measurement of refractive indices of ZF5 glass by auto-collimation method;
用自准直法测量ZF5玻璃的折射率
2.
338μm) in the range from 30℃ to 170℃ were measured by auto-collimation method.
根据Er:Sr3Gd(BO3)3(Er:SGB)的透过率曲线粗略估计了该晶体的折射率,再利用自准直法,精确测量了30~170℃范围内,0。
3)  auto-collimating
自准直
1.
In the system, both auto-collimating beam and position sensitive detector are introduced to detect tiny angle of electrical vibration table.
该系统采用自准直光路原理,利用位置敏感传感器对电振动台微小角度进行精密检测。
2.
In the system,both auto-collimating beam and PSD which has high resolution of displacement are introduced to detect tiny angle of electrical vibration table.
该系统采用自准直光路原理,利用PSD对位置的高分辨能力特性,对电振动台微小角扭动进行精密测量。
4)  autocollimator [,ɔ:təu'kɔlimeitə]
自准直仪
1.
Precise center location algorithm for circle target in CCD laser dual axis autocollimator;
激光CCD二维自准直仪中圆目标中心精确定位算法
2.
Development and applications of the OEA 1 TV autocollimator;
OEA-1电视自准直仪的研制及应用
3.
Research and Design of the Digital Optoelectronic Autocollimator;
数字光电自准直仪的研究与设计
5)  self-collimation
自准直
1.
Analysis of self-collimation and subwavelength imaging in one-dimensional metal-dielectric structure;
一维金属-介质周期结构的自准直特性和亚波长成像
2.
The Research of Two Dimensional Photonic Crystal Devices Based on the Interference of Self-collimation Beams;
基于自准直光束干涉的二维光子晶体器件研究
3.
Investigation on Two-dimensional Photonic Crystal Asymmetric Mach-Zehnder Self-collimation Sensor
二维光子晶体非对称Mach-Zehnder自准直传感器研究
6)  auto collimation
自准直
1.
Focused on the dynamic precision measurement of the optical moving target,a suit of experimental equipment of measuring the dynamic precision of the optical moving target by auto collimation was developed,and the principle and the process of it were proposed in this paper.
针对光学动态靶标动态精度的测量问题,研制了一套自准直法检测光学动态靶标动态精度的实验装置,对实验原理和实验过程进行了阐述,并对该系统进行仿真计算,结果表明该系统精度满足使用要求;介绍了光学动态靶标轴系精度的傅立叶级数展开的分析方法,对光学动态靶标动态精度进行了分析。
补充资料:准直


准直


  影像学术语。利用准直器的定向作用,使只限于某一空间单元的放射线进入辐射探测器的功能。CT设备的准直可保证X线束平行地穿过欲查层面,是层面成像的基础。核医学检查中,则根据被测γ射线的能量不同,可以分别选择低能、中能和高能准直器,屏蔽不同能级的γ射线。
  
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