1)  photogrammetry
靶场光测
2)  shooting range
靶场
1.
In order to continuously improve the image quality of outfield video in testing task of shooting range, some information about digital video technique is described in this paper.
为了促进靶场试验任务中外场视频图像质量的不断提高,阐述了数字视频技术的原理分析、视频图像的数字化方法和标准,并对靶场数字化视频的改善和增强试验图像画面质量的技术方法进行探讨。
2.
The disposal of a dud in the shooting range is always a difficult problem, and it is never well solved till now.
对于靶场试射瞎弹的处理一直是一个难以解决的问题，至今尚没有得到妥善解决。
3)  proving ground
靶场
1.
In order to increase the outdoor application robust of sky-screen and meet the requirements of networked measurement in proving ground,customizing capability of signal recognizing pability were improved,characteristics of environmental disturbance on sky screen,signal recognizing scheme and implementation based on digital filter were analyzed.
为了满足靶场网络化测试技术发展的需要,需改善天幕靶信号识别功能可定制能力,提高天幕靶野外工作可靠性。
4)  range
靶场
1.
A New Modulation Technology for Range Safety Remote Control System;
一种新颖的靶场安控调制技术
2.
Testing Method Research for Range Tracking Facility;
靶场外测设备检测方法研究
5)  shooting range monitoring
靶场测控
1.
The infrared theodolite plays an important role in shooting range monitoring,and the video image interpretation directly affects the measurement precision of the infrared theodolite.
红外经纬仪在海上靶场测控中有重要作用,对红外视频图像的判读直接影响红外经纬仪的测角精度。
6)  range test
靶场试验
1.
This paper analyzes the purpose,object and method of com-munication jamming equipment range test,and describes the evaluationof jamming effect and its effectiveness in details.
分析了通信干扰设备靶场试验的目的、对象及方法,并对干扰效果的评估及有效性进行了详尽的阐述和分析。
2.
In view of practical problem,which exist in exterior trajectory measurement and data processing in range test,two tracking point inconsistency correction practical methods are presented in this paper concerning with the range test exterior measurement equipment.
针对靶场试验中外弹道测量和数据处理存在的实际问题,综合考虑靶场现有外弹道测量装备,提出了两种较为实用的部位修正数据处理方法——角度修正法和参系修正法。
参考词条
补充资料：光测弹性效应
分子式：
CAS号：

性质：又称光测弹性效应或机械双折射。透明的固体材料在外力作用下，折射率特性发生改变而产生双折射的现象。若材料是各向同性的，则外力作用使其成为各向异性而产生双折射；若材料是各向异性的，则外力作用会使其产生附加双折射。在工程上可利用应力双折射现象观察各种力学结构的应力分布。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。