1) side collimation
侧准直
2) Collimation
[英][kɔli'meiʃən] [美][kɑlɪ'meʃən]
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 60Co 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
[英]['kɔlimeit] [美]['kɑlə,met]
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
[英][ə'laɪnmənt] [美][ə'laɪnmənt]
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
[英]['kɔlimeit] [美]['kɑlə,met]
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) direct current side
直流侧
1.
A series type direct current side active power filter on single phase;
单相串联型直流侧有源电力滤波器
2.
Current-sharing control schemes of the alternating current side and the direct current side are presented respectively, in order to resolve the problem of sharing-current control when several electronic power transformers are operated in parallel and improve power supply r.
为了解决电子电力变压器(EPT)并联时的均流控制问题,进一步提高电力系统的供电可靠性,提出了一种基于分散逻辑控制的交直流混合并联均流技术,分析了EPT并联的基本原理并分别介绍了其交流侧和直流侧的均流控制策略。
补充资料：侧直
1.谓平正之处。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条