1) compressed-air automatism weapon
导气式自动武器
1.
The dynamic capability of compressed-air automatism weapon’s automatic mechanism is examined by the technology of dynamoelectric dynamic simulation trial for automatic mechanism using electromotor for replacing real firing, it has the important practical significance for exploitation of compressed-air automatism weapon.
电动式自动机动态模拟试验技术是用电机做驱动来代替实弹射击考核导气式自动武器自动机的动态性能,对导气式武器的研制与开发具有非常重要的现实意义。
2) gas weapons
导气式武器
1.
This paper provides an algorithm of the free recoil motion calculation of piston in gas weapons,designs computer program and gives the actual example of calculation.
本文给出了导气式武器活塞自由后坐运动的计算机计算方法,运用BASIC语言设计了计算机程序,并给出了上机运行计算实例,以供有关人员参考。
3) autoguide weapon
自导武器
1.
Traditional guidance law of underwater autoguide weapon had lots of defects,which was unsuitable for the tactical requirement of modern torpedoes.
水下声自导武器的传统导引方式存在着种种缺点,已经不适合现代鱼雷的战术要求。
4) Non-gunstock automatic weapon
无托式自动武器
5) automatic weapon
自动武器
1.
A generalized modular design of automatic weapon was put forward to improve the quality and efficiency of design,reduce the development cycles of products,and promote the generalization,modularization and serialization of products.
为了提高自动武器产品设计质量和效率,缩短开发周期,推动自动武器向通用化、模块化、系列化方向发展,结合自动武器结构特点,采用广义模块化设计理论,研究并提出了产品模块、接口划分方法及模块信息编码方案。
2.
According to the work properties of automatic weapon, the method for simulating automatic weapon which included automatic fire simulation and the handling of complex constraints of automatic weapon on the dynamic simulation software-ADAMS was proposed.
以动力学仿真软件ADAMS为仿真平台,针对自动武器工作的特点提出了自动武器的仿真方法,包括自动武器连发控制仿真、复杂约束处理方法等。
3.
The special dynamical simulation system-ADAMS/GUN for automatic weapon was developed,including the developing process and the realizing method.
讨论了自动武器动力学仿真平台ADAMS/GUN的设计开发过程及实现的方法。
6) automatic weapons
自动武器
1.
The virtual prototype technology is introduced into the simulation area of automatic weapons and the model processing methods are studied on the numerical simulation of automatic mechanisms.
将虚拟样机技术引入自动武器仿真领域,运用动力学仿真软件ADAMS对自动机进行数值仿真,对其模型处理方法进行研究,包括与三维CAD建模软件间的模型传递原则,自动武器典型机构及约束处理方法,对不同自动方式武器的载荷施加方法。
2.
In this paper, the dynamics equations and the general collision equations are set up by R/W through analyzing the kinematics theory of automatic weapons, and the matrix variables are explained in detail.
该文分析了自动武器运动原理 ,采用Roberson Wittenburg(R/W )法建立了自动武器动力学方程及普通碰撞方程 ,说明了各矩阵变量的含义 ,使用C + +类的面向对象技术建立核心软件模板 ,并编制了相应的自动武器动力学仿真分析应用软件 ,基于输入自动武器的基本信息 ,即可求得自动武器动力学仿真分析结果。
3.
This paper not only establishes a computing model of the extraction in automatic weapons,but also sets up an extraction measurement system.
该文建立了自动武器抽壳计算模型，计算出抽壳时药筒与弹膛的接触压力和抽壳阻力。
补充资料：导气式
导气式----利用膛内导出的火药气体推动活塞，带动枪机框，枪机等后坐，完成自动动作。导气式武器的最大优点是可以根据需要借助气体调整器调整导出的火药气体量，这样可以减少射击时的故障率。目前我国轻武器广泛采用这种自动方式。
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