首页|面向应用的隐身材料评价方法研究

面向应用的隐身材料评价方法研究

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隐身材料的性能验证与评价在高性能隐身材料的研发与应用周期中是至关重要的一环.为解决现有常用的隐身材料性能验证与评价方法存在的内容单一、评价方法不全面等问题,提出一种面向应用的隐身材料评价方法.该方法通过改进测试板的外形,尽可能削弱非考核散射源对试验结果的干扰;进一步采用面积积分法对多波段的测试数据进行面积积分加权赋值,以实现隐身材料关键性能的综合量化评价.该方法已在某典型隐身作战飞机的隐身材料选优过程中完成应用,实践表明:该方法面向实际工程需求,充分表征了隐身材料在实际应用场景中的关键隐身性能,具有评价全面、准确的特点,为全频段综合评估隐身材料的关键吸波性能提供了新途径.
Study on application-oriented evaluation method for stealth materials
The performance verification and evaluation of stealth materials are a crucial part in the research&deve-lopment(R&D)and application cycle of high-performance stealth materials.In order to solve the problems such as single content and incomplete evaluation method of stealth materials,a new evaluation method for application-ori-ented stealth materials is proposed.The method improves the shape of the test specimen to weaken the interference of the non-examination scattering source on the test results as much as possible.In addition,the area integration method is further utilized to weight the area integration of the test data in multiple bands,and a comprehensive quantitative evaluation is made on the key performance of stealth materials.This method has been applied in the op-timization process of stealth materials for a typical stealth combat aircraft,and practice has shown that:the method is oriented to practical engineering needs,fully characterizes the key stealth performance of stealth materials in prac-tical application scenarios.It has the characteristics of comprehensive and accurate evaluation,providing a new ap-proach for the comprehensive evaluation of the key absorption performance of stealth materials in all frequency bands.

stealth materialselectromagnetic scattering suppressionoblique incidencetraveling wave attenua-tionvertical reflectance

崔译文、李佩珊、麻连凤、周海

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航空工业成都飞机设计研究所,成都 610091

电磁信息控制与效应全国重点实验室,成都 610091

隐身材料 电磁散射抑制 斜入射 行波衰减 垂直反射率

2024

航空工程进展
中国航空学会 西北工业大学

航空工程进展

CSTPCD
影响因子:0.207
ISSN:1674-8190
年,卷(期):2024.15(6)