1)  collimated beam
准直光路
1.
The simulation and experiment results show that the divergence angle of the collimated beam is less than 1.
运用波前重组的光波均匀方法,将 LED 光源发光整形为光强均匀的光斑;通过控制出射光线的高度,设计并优化准直光路
2)  Collimation
准直
1.
The collimation and test of semiconductor lasers in the inter-satellite laser communication systems;
星间激光通信中半导体激光器的准直及其测试
2.
A parallelism measuring system for artillery axes based on collimation is proposed.
火炮平行性测量系统基于准直方法而设计,它以右炮管中心轴线为基准,设置与基准轴平行的瞄准光路和两条准直光路,分时对准左炮管、统调镜和瞄准镜,测量它们的轴线与右炮管中心轴的平行度。
3.
The Monte Carlo method is used to simulate inspection ray collimation process for 60Co radiography system.
应用蒙特卡罗方法模拟了60Co辐射成像系统检测射线束的准直过程。
3)  collimate
准直
1.
Heteroaxial Double Half-cylindrical Lens Collimate Beam of Laser Diode;
异轴双半圆柱透镜准直半导体激光光束
2.
Analyses about the beam of laser diode bar collimated by a cylindrical lens;
用圆柱透镜准直半导体激光光束的分析
3.
To meet the technical requirements of KM6 solar simulator optical adjustment system, two kinds of schemes are put forward to collimate the semiconductor laser beam.
根据KM6太阳模拟器光学装校系统的技术要求,文章提出了半导体激光器输出光束的两套准直方案。
4)  Alignment
准直
1.
Safety interlock analysing for the automatic alignment system for optical route by computer;
光路准直控制系统安全联锁问题分析
2.
The Automatic Alignment System for Optical Route by Computer;
光路自动准直计算机控制系统
5)  collimating
准直
1.
Optical design of collimating and focusing optical system for semiconductor laser diode array;
半导体激光器阵列光束准直和聚焦系统设计
2.
Wide beam collimating with double LD modulation;
双LD调制宽光束准直法
3.
The influence of thermal lens effect on laser beam collimating;
热透镜效应对激光光束准直的影响
6)  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。
参考词条
补充资料:自准式光路系统(autocollimating optical system)
分子式:
CAS号:

性质:又称自准式光路系统(autocollimating optical system)。光度计中利用利特罗棱镜组成的一种最简单的单光束光学系统。光源辐射由入射狭缝进入后,以同一个凹面反射镜作为准直镜和暗箱物镜,复合光经单色器色散后,又由同一个狭缝射出。也可用光栅代替利特罗棱镜。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。