通过数值模拟，预测该炮的内弹道性能。
By using numerical simulation, this paper forecasts the interior ballistic performance of a gun.
改进它的内部弹道性能。
弹丸的气动外形对其外弹道性能有重要的影响。
The aerodynamic shape of projectiles strongly influences their performance on ballistic trajectory.
药室容积是影响内外弹道性能的重要参数之一。
The volume of the powder chamber is a crucial parameter affecting the interior and exterior ballistic performance.
给出了达到最优弹道性能设计的方法与约束条件。
The design method and restraint condition of arriving at optimum ballistic performance are given.
探讨了对于特定的装药结构如何达到弹道性能一致性的技术途径。
Finally, the technical measures to realize the consistency of interior ballistics performance were discussed.
此发动机内弹道性能工程预示方法简单实用，预示精度满足要求。
The results show that the engineering method is simple and useful, and the prediction accuracy meets demand.
文中研究了固体发动机结构的轴向振动对燃烧室内弹道性能的影响。
The influence of structure axial vibration on the internal ballistics of solid rocket motor was investigated.
理论分析和数字仿真表明自适应变结构制导律具有优良的弹道性能和鲁棒性。
Theoratical analysis and digital simulation results are provided to show that the adaptive variable structure guidance law is of good trajectory performance and robustness.
理论分析和数字仿真表明自适应变结构制导律具有优良的弹道性能和鲁棒性。
Theoratical analysis and digital simulation results are provided to show that the adaptive variable structure guidance law is of good trajectory performance and robustness. Furthe...
结果表明，燃速缓慢下降是影响高能推进剂发动机内弹道性能变化的主要因素。
The results showed that the main influencing factor to the interior ballistics of solid motor with high energy propellant is the slow descending of burning rate.
研究了由推进剂药柱和壳体组成的燃烧室结构径向振动对发动机内弹道性能的影响。
The effect of radial vibration of the chamber structure composed of propellant grain and case on the internal ballistic property of solid rocket motor (SRM) was investigated.
该文研究了某平衡抛射武器发射药厚度对其初速或然误差、最大膛压等内弹道性能的影响。
The paper studies the influence of propellant thickness on the interior ballistic performance of an equilibrium launcher, such as, probable error of muzzle velocity, maximum pressure.
应用这些公式，可通过静态测量火炮内径改变量的方法确定不同磨损程度火炮的内弹道性能变化。
Using these formulas, the ulterior ballistic performance variation of the gun in different wearing degree can be predicted by measuring the land diameter wear figure.
介绍了G01电点火具的结构设计、始发药、中间药和输出药的选择以及装药工艺对弹道性能的影响。
This paper introduces the structural design, composition selection for G01 electric igniter and the effect of charge process on ballistic performance.
用固体火箭发动机中常用的瞬态平衡压强法对烟火剂式点火器内弹道性能进行了理论预示，并提出热损失系数的概念。
Instantaneous equilibrium pressure method is used in this paper to analysis the internal ballistics of pyrogen-type igniters. A concept of igniter heat loss coefficient is also presented.
根据发射系统内弹道计算模型 ，针对燃气发生器喷喉面积对导弹发射动力的影响进行导弹运动参数、内弹道性能的计算与分析。
During the ground test under different working conditions of the gas generator, the influences of the radial clearance and exhaust nozzle area were studied.
研究了埋头弹火炮弹带挤进时的流动应力和摩擦系数，针对其特殊结构数值计算了挤进阻力，分析了挤进过程对内弹道性能的影响。
The stress and the friction coefficient of band during the engraving process were researched, and the resistance of this special structure was calculated.
导弹仪器替代远程目标是以弹道导弹的相似大小和几何形状，但包括一系列传感器来记录和测量激光性能。
The Missile Alternative Range Target Instrument is similar in size and geometry to a ballistic missile, but with a section of sensors to record and measure the laser performance.
在纳入弹道导弹防御系统之前，诺斯罗普·格鲁曼公司也将进行一系列飞行和地面测试以验证性能。
Northrop Grumman will also participate in flight and ground tests to validate the performance prior to transitioning the capabilities into the operational BMDS.
公司官员今天说，根据合同，洛克希德·马丁公司将负责为美国和盟国海军设计，集成，测试和安装新的弹道导弹防御性能。
Under the contract, Lockheed Martin will design, integrate, test and install further Aegis BMD capability for U. S. and allied navies, company officials said today.
公司官员今天说，根据合同，洛克希德·马丁公司将负责为美国和盟国海军设计，集成，测试和安装新的弹道导弹防御性能。
Under the contract, Lockheed Martin will design, integrate, test and install further Aegis BMD capability for U.S. and allied navies, company officials said today.
该系统可用于飞机性能、操稳和系统试飞的测试，也可推广用于某些制导武器的弹道测试。
It can be used in the flight test of aircraft performance, controllability, stability, and aircraft system, as well as the flight path measurement of some guided weapons.
气体炮以其优良的性能，在兵器弹道环境模拟领域得到了较好的应用。
The gas gun is well applied in the ballistic environment simulation of weapons by its excellent performance.
研究表明，材料特性和材料的组成方式影响弹道冲击性能。
Research indicated that it is the properties of material and the system of its construction that decide its ballistic impact property.
炮管内表面的磨损对火炮的弹道学性能有决定性的影响，其磨损状态的检测对火炮的使用、维护和寿命评估也有重要作用。
The wear condition of the artillery pipe is decisive to ballistic performance of the artillery and its detection is important to the using, maintenance and life evaluation.
射程预测精度是衡量弹道辨识系统的重要指标，直接影响弹道修正引信的工作性能。
The accuracy of projectile range prediction is an important indicator of trajectory identification system capacity, which influences the performance of the trajectory correction fuse directly.
在经典内弹道理论基础上建立了火工分离装置的性能计算模型。
Setting up a performance modeling of the devices on the base of interior ballistics.
在三维编织复合材料真实几何结构基础上建立了细观结构有限元模型，分析了三维编织复合材料的弹道冲击性能。
Microstructural finite model of 3-d braided composites was set up on the basis of real geometry structure. The model was used to analyze penetration property of 3-d braided composites.
非标准气象条件弹道自动修正电路是针对某型机瞄准具存在的问题所研制的轰炸性能改进装置的一个重要部分。
Aimed at the existing problem of a certain type of aircraft sight, a bomb performance improved equipment is developed for the ballistic trajectory windage on non-standard weather condition.
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