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- Laser Aerial Rocket System 激光航空火箭系统
- The traditional method for measuring the parallelism of the multi-barrel aerial rocket launcher is introduced. 介绍了多管航空火箭发射器平行度的传统测试方法,分析了传统方法的不足之处。
- aerial rocket launch control system 航箭发控系统
- Simulation and test methods of launch dynamics of multiple launch rocket system II. 多管火箭发射动力学仿真与试验测试方法2。
- Launch vehicle: Rocket system that boosts a spacecraft into Earth orbit or beyond Earth's gravitational pull. 运载火箭:将航天器推入绕地球轨道或脱离地球引力范围的火箭系统。
- The analysis on dynamics of multiple launch rocket system(MLRS) are the premise and key for evaluating and improving the performance of MLRS. 多管火箭动力学分析是评估和提高多管火箭性能的前提和关键。
- The virtual prototype of new Multiple Launch Rocket System(MLRS)combined with mechanism-liquid coupling model is created by using ADAMS software. 基于ADAMS建立了机械系统和液压系统耦合的某多管火箭发射系统虚拟样机。
- The influence of firing orders on vibration characteristics and dispersion of fire of Multiple Launch Rocket System (MLRS) was analyzed. 研究多管火箭射击顺序对其振动特性和密集度等系统性能的影响,为优化射击顺序提高射击密集度提供直接的方法。
- number of remainder aerial rocket 余弹量
- The analysis on dynamics of multiple launch rocket system (MLRS) are the premise and key for evaluating and improving the performance of MLRS. 摘要多管火箭动力学分析是评估和提高多管火箭性能的前提和关键。
- Antitank ammunition is faced with flinty challenge, then target sensitive projectile of LMLRS (Long range Multiple Launch Rocket System) emerge as the times require. 反坦克武器面临严峻的挑战，远程火箭末敏弹便应运而生。
- Abstract The influence of firing order and firing interval on vibration characteristic and firing dispersion of multiple launch rocket system (MLRS) was analyzed. 摘要 研究多管火箭射击顺序和射击时间间隔对其振动特性和密集度等系统性能的影响，为优化射击顺序提高射击密集度提供直接的方法。
- We shall try by means of a highly simplified development to expose certain advantages and disadvantages of solid propellant rocket systems. 我们想通过相当简单的推导来试图阐明固体推进剂火箭系统的某些优缺点。
- Airborne Expendable Rocket System 机载一次使用火箭系统
- Aerial Rocket Control System 空中火箭控制系统
- Artillery Free Flight Rocket System 炮兵无控飞行火箭系统
- Artillery Saturation Rocket System 炮弹满载火箭系统
- Now laser fuse has been applied in aerial bomb, rocket, missile and antitank missile. 目前已在航空炸弹、火箭、飞航导弹及反坦克导弹上得到了广泛应用。
- Extended Range Multiple Launch Rocket System 增程多重发射火箭系统
- High Mobility Artillery Rocket System 高机动火箭系统
