材料导报
材料導報
재료도보
MATERIALS REVIEW
2009年
z1期
281-283
,共3页
杨锋%孙永红%王翰林%余传配%崔利亚
楊鋒%孫永紅%王翰林%餘傳配%崔利亞
양봉%손영홍%왕한림%여전배%최리아
电磁屏蔽%复合材料%结构设计
電磁屏蔽%複閤材料%結構設計
전자병폐%복합재료%결구설계
electromagnetic shielding%composite materials%structural design
电磁屏蔽材料目前向着薄、轻、宽、高的方向发展,复合材料已逐渐取代单一材料成为电磁屏蔽研究的主要方向.以机械复合材料为基础,研究高导电材料+高导磁2层复合材料与高导电材料+高导电材料+高导磁材料3层复合材料电磁屏蔽效能的差别.研究结果表明,2层复合材料高导电材料一侧增加1层高导电材料对电磁屏蔽性能的提高非常有限.
電磁屏蔽材料目前嚮著薄、輕、寬、高的方嚮髮展,複閤材料已逐漸取代單一材料成為電磁屏蔽研究的主要方嚮.以機械複閤材料為基礎,研究高導電材料+高導磁2層複閤材料與高導電材料+高導電材料+高導磁材料3層複閤材料電磁屏蔽效能的差彆.研究結果錶明,2層複閤材料高導電材料一側增加1層高導電材料對電磁屏蔽性能的提高非常有限.
전자병폐재료목전향착박、경、관、고적방향발전,복합재료이축점취대단일재료성위전자병폐연구적주요방향.이궤계복합재료위기출,연구고도전재료+고도자2층복합재료여고도전재료+고도전재료+고도자재료3층복합재료전자병폐효능적차별.연구결과표명,2층복합재료고도전재료일측증가1층고도전재료대전자병폐성능적제고비상유한.
Electromagnetic shielding composite material which is thin,light,wide and high is the direction of the electromagnetic shielding material.The relationship between the structure of the electromagnetic shielding composite material and the electromagnetic shielding effectiveness is studied in this article based on two different structure electromagnetic shielding composite materials.It's concluded that the electromagnetic shielding performance improve limitedly by adding a level of high conductivity material on one side of two levels of high conductivity composite material.