2) military equipments
军事装备
1.
Magnesium alloys are the lightest structural metallic materials, which can be used to reduce the weight of military equipments and improve their performance.
镁合金是最轻质的金属结构材料,是实现军事装备轻量化和提高军事装备各项性能的理想材料。
2.
The far-reaching affect regeneration the military equipments is changing the operational features and concept of the modern war.
光电子技术的飞速发展已引起了军界和军火商的极大关注和产生强烈的刺激作用,对军事装备更新换代的深远影响正在改变现代战场作战的特点和概念。
3) military equipment
军事装备
1.
Virtual instrument technology and its leading to modern military equipment development;
虚拟仪器技术及其对现代军事装备发展的导向
2.
Study on effectiveness evaluation for military equipment;
军事装备效能评估方法探究
3.
The Theory, Method and Application for Military Equipment Transportability Engineering;
军事装备运输性工程的理论、方法及其应用研究
4) ordnance equipment
军械装备
1.
Describes the composition and characteristics of ensure ordnance equipment,analyzes the working process of value engineering in the period of the usage of ordnance equipment and shows the computing formula of quantified analyzing,ordnance equipment functional and cost coefficient.
阐述了军械装备使用保障费用的构成和特点,分析了价值工程在军械装备使用保障中的工作流程,给出了定量分析军械装备功能系数和成本系数的计算公式。
2.
This paper designs the organizational structure of the ordnance equipment supply bureau by analyzing the present conditions of the ordnance equipment management in a systematic way,and using the design theory and principle of the applied management.
通过对军械装备管理的现状进行系统分析, 应用管理组织设计理论和原则, 对军械装备管理组织结构进行设计。
3.
This paper predicts the failure in the use of ordnance equipment by applying time series: Based on the quantitative analysis and calculation, by way of example for the distance deflec-tion of the gun fire and the sink quantity of the gun tyre, the paper states prediction principle and using method.
运用时间序列的方法对军械装备使用中的故障进行预测,并以火炮射击的距离偏差、火炮轮胎下沉量为例进行定量的分析和计算,阐述了预测原理和使用方法。
5) military equipment
军用装备
1.
Application of magneto-rheological damping technology in military equipment systems;
磁流变阻尼技术及其在军用装备系统中的应用
2.
Design of intelligent diagnostic apparatus for military equipment;
军用装备智能故障诊断仪设计
3.
A tentative plan of remote diagnosis technology of military equipment based on oil monitoring is presented according to the application state of Oil monitoring technology in the military equipment,the system frame and each function module has been constructed.
剖析了油液监控技术在军用装备中的应用现状,提出了基于油液监控的军用装备远程诊断技术的设想,构建了总体框架和各个功能模块。
补充资料：M107美军新型狙击步枪
Image:11591904274223510.jpg
m107美军新型狙击步枪
美国陆军今年开始装备一种新型狙击步枪，也就是m107式12.7毫米远程狙击步枪。首先列装的部队包括驻阿富汗和伊拉克的部队。美陆军预计m107列装计划要到2008年才能完成。
2003年9月，美国巴雷特轻武器制造公司赢得了m107项目生产合同，由位于新泽西州匹卡汀尼兵工厂负责生产。m107是在美海军陆战队使用的m82a3式狙击步枪的基础上发展的。它能够在1.5~2公里射程内精确打击有生力量，可用于远距离有效攻击和摧毁停放的飞机、
雷达站、弹药库、轻型装甲车和通信设备等。m107通过了严格的试验和评估。它具有可靠性高和适于操作使用的特点。与m24式7.62毫米狙击步枪相比，m107式狙击步枪配有更大倍率的光学瞄准具，且能够发射多种12.7毫米弹药。m107将要改进的内容主要是加装可显著减小枪口喷焰、噪音和枪口冲击波特征的消焰器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。