机载武器发射系统是军用航空器和机载武器之间的纽带和桥梁。将基于模型的系统工程(model based system engineering,MBSE)的研发思路和流程与机载武器发射系统应用相结合,通过需求分析、功能分析和系统设计综合对其进行应用分析,并对M...机载武器发射系统是军用航空器和机载武器之间的纽带和桥梁。将基于模型的系统工程(model based system engineering,MBSE)的研发思路和流程与机载武器发射系统应用相结合,通过需求分析、功能分析和系统设计综合对其进行应用分析,并对MBSE在机载武器发射系统的应用提出建议。试验结果表明,该研究对加快推进MBSE在机载武器发射系统的应用有一定的支持和工程意义。展开更多
In this paper the method is put forward that the muzzle velocity deviation of charge lot is determined by thermal performance or component and content of propellant. Live firing or other experiments can be left out by...In this paper the method is put forward that the muzzle velocity deviation of charge lot is determined by thermal performance or component and content of propellant. Live firing or other experiments can be left out by using this method and its accuracy is rather high.展开更多
文摘机载武器发射系统是军用航空器和机载武器之间的纽带和桥梁。将基于模型的系统工程(model based system engineering,MBSE)的研发思路和流程与机载武器发射系统应用相结合,通过需求分析、功能分析和系统设计综合对其进行应用分析,并对MBSE在机载武器发射系统的应用提出建议。试验结果表明,该研究对加快推进MBSE在机载武器发射系统的应用有一定的支持和工程意义。
文摘In this paper the method is put forward that the muzzle velocity deviation of charge lot is determined by thermal performance or component and content of propellant. Live firing or other experiments can be left out by using this method and its accuracy is rather high.
