喷火器系统效能分析与评价

喷火作战是一种利用火焰射流实施毁伤的近距离作战模式，在近现代历次战争中发挥了独特的火力支援作用.但现役火药式喷火器固有的使用缺陷使其在未来作战中无法满足灵活作战的实际需要，因此提出新型喷火器的设计思路，并采用ADC模型分析法，通过可用性、可信性和能力矩阵的建立，构建现役火药式喷火器和新型喷火器的系统效能分析模型，并对两种喷火器的系统效能进行对比分析.结果显示，新型喷火器在整体系统效能和使用完好性上都体现出明显优势.喷火器ADC模型的构建在实现喷火器系统效能量化分析的基础上，为新型喷火器的论证研制提供理论依据. 

Analysis and Evaluation of System Effectiveness of Flamethrower

Flaming combat is a short-distance combat pattern that causes destruction by using flame jet, playing a unique fire support role in modern wars. But the inherent defect of powder flamethrower on duty makes it unable to meet the actual need of flexible fighting in future combat. Therefore, the design idea of a new type flamethrower was put forward, and ADC model analysis method was established. Through the setup of usability, credibility, and capacity matrices, a system effectiveness analysis model was built for powder flamethrower on duty and the new-type flamethrower, to compare and analyze system effectiveness of the two types of flamethrower. The result shows that the new-type flamethrower has a conspicuous advantage in integral systematic effect and use preservation. The establishment of the ADC model of the flamethrower provides theoretical basis for the demonstration and development of the new-type flamethrower on the foundation of the quantized analysis of the system effectiveness of the flamethrower.