纤维复合材料
纖維複閤材料
섬유복합재료
FIBER COMPOSITES
2014年
4期
52-54
,共3页
唐超%陈平%于祺%王荣超
唐超%陳平%于祺%王榮超
당초%진평%우기%왕영초
纳米薄膜%吸波性能%吸波材料%隐身技术
納米薄膜%吸波性能%吸波材料%隱身技術
납미박막%흡파성능%흡파재료%은신기술
nano-film%microwave-absorbing properties%microwave-absorbing material%stealthy technology
介绍了磁损耗型、介电损耗型和二者损耗机制兼备的纳米吸波薄膜的吸波机理和吸波性能,并总结分析了吸波薄膜的研究内容和研究方向。提出了纳米吸波薄膜亟待解决的问题,并对制备薄、宽、轻、强的吸波材料进行了展望。
介紹瞭磁損耗型、介電損耗型和二者損耗機製兼備的納米吸波薄膜的吸波機理和吸波性能,併總結分析瞭吸波薄膜的研究內容和研究方嚮。提齣瞭納米吸波薄膜亟待解決的問題,併對製備薄、寬、輕、彊的吸波材料進行瞭展望。
개소료자손모형、개전손모형화이자손모궤제겸비적납미흡파박막적흡파궤리화흡파성능,병총결분석료흡파박막적연구내용화연구방향。제출료납미흡파박막극대해결적문제,병대제비박、관、경、강적흡파재료진행료전망。
This paper describes the absorption mechanism and electromagnetic wave absorption properties of nano ab -sorbing film, including magnetic loss type , dielectric loss type and the both .The recent research contents and progress are summarized and analyzed.Meanwhile, the demanding problems to resolve in the preparation of thin layer , broadband, light weight and strong absorption for radar -absorbing materials are proposed , as well as the prospect of future .