1) separate loading ammunition
药包分装式弹药
2) ammunition packaging
弹药包装
1.
The relation between ammunition packaging and ammunition support was analyzed.
简要分析了弹药包装与弹药保障的关系,从包装结构、包装通用化、系列化、标准化程度和集装化程度方面系统分析了我军现行弹药包装存在的问题及其对弹药保障的影响,提出了弹药包装改进的几点具体建议。
2.
The actuality for ammunition packaging in China was analyzed and the existing problems were pointed out.
弹药包装对弹药的保存以及保障具有重要作用。
3.
This paper,from the chemical plating basic theory,introduced the various functions of amorphous alloy cladding that realized by chemical plating,and finally put forward the feasibility of the technology of amorphous alloy cladding that realized by chemical plating for application in ammunition packaging.
从化学镀基础理论出发,对化学镀实现非晶态合金镀层的各种性能做了介绍,最后提出化学镀非晶态合金镀层技术在弹药包装上应用的可行性。
3) ammunition package
弹药包装
1.
The characteristics of active duty ammunition package were researched,and the influence of ammunition package on logistic ability was analyzed from the aspects of transport,storage,and usage.
研究了我军现役弹药包装的特点,从运输、储存及使用等方面分析包装对保障能力的影响,探讨了弹药包装的改进及发展方向。
2.
In this paper, according to the characteristics of ammunition package, a serics of theorctical and practical problems in the economical benefits evaluation of ammunition package are discussed,, such as the index design, the method to organize the evaluation and so on.
本文依据弹药包装的特点,通过对弹药包装军事经济效益的研究,建立了弹药包装经济效益评价指标体系和评估模型,并进行了实例分析。
3.
Drop test system for ammunition package was developed using sensors,gyroscope,and computer-aided test technology.
采用传感器、陀螺仪和计算机辅助测试技术,研究出弹药包装跌落测试系统。
4) divided charges
分装药包
1.
In order to reduce the influence of blasting vibration on wall rock and roadbed, the divided charges are used to take place of centralized charge and then the interval between the divided charges is determined by engineering calculation based on stress wave spread in rock.
为减小爆破震动对路基和边坡稳定性的影响,从装药的“微分减震”原理出发,采用分装药包代替常规的集中药包,并进一步确定分装药包间距,运用应力波理论和工程计算相结合的方法,探讨岩石破裂圈与分装药包应力叠加的联系,总结出在一般条件下的分装药包设计规律和方法;并通过工程实践得到了进一步验证,对同类爆破工程的设计具有重要指导意义。
5) Munition container
弹药包装箱
6) munition paper
弹药包装纸
补充资料：药包
药包
charge
yaobao药包(charge)为爆破某一目的物而准备的具有一定数量和形状的炸药实体.也称装药。在爆破工程中常用的药包按其形状、放置位置及结构等进行分类。药包按形状可概括地分成集中药包、延长药包和平面药包三类。药包形状接近于球形或长细比不大于6者，称为集中药包，集中药包多应用于药室爆破、药壶爆破和抛掷爆破等工程;长细比大于6者，称为延长药包，常用于浅眼爆破、深孔爆破和条形药包大爆破等;面积较大而厚度极薄的药包称为平面药包，爆炸焊接、爆炸硬化金属材料以及爆炸热处理金属容器等都用平面药包。药包按放置位置可分为内部药包和外部药包两类。内部药包系指炸药置于被爆破物体的内部，用于浅孔、深孔和药室爆破等;外部药包系指炸药置于被爆物体的外部，用于破碎大块的裸露爆破，爆炸焊接和爆炸硬化金属材料等。按装药结构可分为连续装药和间隔装药两类(见装药结构)。根据爆破作用可分为主爆药包和辅助药包等。 (李智信)
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