驻退机是反后坐装置中控制火炮后坐规律的关键部件。
Recoil mechanism is the crucial part which controls the backward movement of a gun.
此种方法已成功的应用在反后坐装置故障模糊预测系统中。
The method has succeeded in counter recoil mechanism fault fuzzy forecast system.
探讨了采用电流变液体作为驻退液的火炮反后坐装置的可行性。
The significance of design evaluation of recoil system was introduced, and virtual prototyping model of gun was established.
论述了电流变液体在火炮反后坐装置中应用的有关理论、结构和实验。
This paper describes the theory, structure and experiment of ER fluid application in gun recoil system.
反后坐装置是火炮系统的核心部件，其工作性能的优劣直接影响着整个火炮的性能。
The important functions of recoil system for guns were analyzed, and the necessity and significance of quantitative evaluation of its performance were demonstrated.
反后坐装置是火炮系统的核心部件，其工作性能的优劣直接影响着整个火炮的性能。
The significance of design evaluation of recoil system was introduced, and virtual prototyping model of gun was established.
首先分析了反后坐装置对火炮系统的重要性，阐述了对火炮反后坐装置性能定量化评估的必要性和意义。
The important functions of recoil system for guns were analyzed, and the necessity and significance of quantitative evaluation of its performance were demonstrated.
采用弹簧液压式缓冲器可以大幅度降低反器材步枪发射时的后坐力，是实现反器材步枪低后坐力发射的一种有效技术途径。
By using springhydraulic buffers, the recoil of rifles can be dramatically reduced and the method is an effective technologic measure to realize low recoil firing of antimateriel rifles.
采用弹簧液压式缓冲器可以大幅度降低反器材步枪发射时的后坐力，是实现反器材步枪低后坐力发射的一种有效技术途径。
By using springhydraulic buffers, the recoil of rifles can be dramatically reduced and the method is an effective technologic measure to realize low recoil firing of antimateriel rifles.
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