1) interior ballistic model
内弹道模型
1.
An interior ballistic model of the scheme was established.
提出一种采用双级装药进行膛内二次发射以提高弹丸初速的新技术,为提高大口径自动武器的初速提供了一条新思路,并建立了双级装药弹膛内二次发射内弹道模型,揭示了装填条件中弹丸质量配比、装药质量配比、延迟时间和预紧力约束等变化时对膛压和初速的影响规律。
2.
On the basis of interior ballistics of gun and relating to the properties of theprojection structure of the pilotchair,the interior ballistic model of the twostem projec-tion structure is investigated in this paper.
该文在枪炮内弹道的基础上,结合航空座椅弹射机构的特点,对两节筒弹射机构的内弹道模型进行了探讨,并对向上弹射和向下弹射均作了考虑,经对几种制式弹的计算,结果都十分理想。
2) interior ballistics model
内弹道模型
1.
Gives a study on travelling-charge techniques for which a classical interior ballistics model is established that can describe the gas flow and energy translation more accurately.
建立了更能反映膛内气体流动、能量转换的经典内弹道模型,并引入了包覆、钝化火药的计算方法。
3) interior ballistic theoretical model
内弹道理论模型
4) Trajectory model
弹道模型
1.
On the basis of further studying and analyzing the trajectory trait,the paper has constructed fold line trajectory model which is correspond to the flying character of red land laser terminal-guided projectile when firing at near distance.
在分析末制导炮弹外弹道特征的基础上,构建了与末制导炮弹行"近区域"射击时的外弹道特征较符合的"折线法"弹道模型,并用之决定末制导炮弹射击诸元。
2.
Impulse correction scheme of a terminal correction rocket was put forward,and the trajectory model was established.
提出了一种末段修正火箭弹的脉冲修正方案,建立了相应的弹道模型;对单个脉冲发动机的修正能力及修正时机进行了仿真研究;提出了末段多级修正的方法,并对多级修正进行了弹道数字仿真。
3.
It constructed the anti-ship whole trajectory model with interferences,then designed the flight test region by setting missile parameters,contrasted the simulation test with the actual range test,and verified the rationality and superiority of the scheme.
探讨了4个影响飞行航区划定因素:舰面干扰、风干扰、陀螺漂移干扰、导弹故障干扰,构建了反舰导弹干扰作用下的全弹道模型。
5) ballistic model
弹道模型
1.
On the basis of determining the ballistic model and selection method of time on target program,the structure design and user interface design of software are described.
在确定同时弹着的弹道模型和方案选取方法的基础上 ,讨论了同时弹着软件的开发过程 ,进行了软件的结构设计和用户界面设计 ,采用了 Visual C++面向对象的程序设计语言 ,保证软件具有运行速度快 ,可视性强和界面友好等特点 ,并给出了同时弹着软件的执行结
2.
Focused on the tracking precision problem caused by mismatch of tracking model with the real movement of modern anti-ship missile in current algorithms,a maneuvering target tracking algorithm based on ballistic model was presented by analyzing the ballistic characteristics of anti-ship missile and the relationship between missile dynamics and the kinematics.
针对当前目标跟踪算法中跟踪模型与现代反舰导弹实际运动不匹配而影响跟踪精度的问题,根据反舰导弹的弹道特点,通过分析导弹受力情况和运动状态的关系,提出了一种基于弹道模型的机动目标跟踪算法,并针对高速跃升俯冲运动,分别与基于CV、CA模型的目标跟踪算法作了性能比较。
补充资料:弹道(见弹道学)
弹道(见弹道学)
trajectory
dQfldQO弹道(t rajectory)见弹道学。
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