航天智能武器装备复杂服役环境条件下的设计与验证

Design and Verification of Aerospace Intelligent Weapon Equipment under Complex Service Environment Conditions

摘要:

航天武器装备呈现出智能化、先进化的发展趋势，而弹载综合电子设备是航天武器装备系统的核心，为了保证其在复杂服役环境条件下的稳定可靠运行，创新性地提出了一种环境适应性设计流程，并首次采用灰色模糊理论法建立了环境适应性评估模型，实现高可靠性的环境适应性方案设计，包括高低温设计、力学设计、三防设计、低气压设计、电磁兼容设计等。仿真分析后基于试验项目、试验要求和试验条件在某型号上成功应用并通过试验考核，提高了弹载综合电子设备的可靠性，保障航天智能武器装备的全生命周期稳定运行。

Abstract:

Space weapons and equipment are showing a trend of intelligent and advanced development, and missile borne integrated electronic equipment is the core of space weapon and equipment systems. To guarantee its stable and dependable operation amidst complex service environmental conditions, an innovative design process for environmental adaptability has been introduced. This process pioneeringly employs the grey fuzzy theory method to establish an assessment model for environmental adaptability, thereby enabling the creation of highly reliable environmental adaptability schemes. These schemes encompass a wide range of designs, including high and low temperature resilience, mechanical robustness, three-defense (moisture, mold, and salt fog) protection, low-pressure tolerance, and electromagnetic compatibility. After conducting simulation analysis based on the experimental items, requirements, and conditions, the design was successfully implemented in a specific model and successfully passed the experimental assessment. This achievement has significantly enhanced the reliability of the missile-borne integrated electronic system, thereby ensuring the stable operation of aerospace intelligent weapon equipment throughout its entire life cycle.