电控可调谐双波段超材料吸波体分析
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海南省自然科学基金资助项目(610234)


Analysis on electrically controlled tunable dual-band metamaterials absorber
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    摘要:

    为实现超材料吸波体吸收频率的智能调控,采用理论分析与模拟仿真相结合的方法,首先设计了一种双波段超材料吸波体,然后在双波段超材料吸波体中加入电流变液,通过改变电流变液外加电场的强度实现了双波段超材料吸波体吸收频率的智能调控。结果表明:双波段超材料吸波体在7.403 GHz和17.511 GHz处出现了两个吸收峰,吸收率分别为99.8%和70%;随着电流变液外加电场强度的增加,吸波体的吸收频率逐渐往低频发生移动,吸收频率调节率高达55%,由此提出了一种智能调控的双波段超材料吸波体。

    Abstract:

    In order to realize the absorption frequency controlling of metamaterials absorber intelligently,a dual-band metamaterials absorber is designed in this paper firstly,and then the electrorheological fluid is loaded in the dual-band metamaterials absorber,and the absorption frequency of dual-band metamaterials absorber is tunable by changing the electric field strength applied on electrorheological fluid. The results show that the designed metamaterials absorber has two absorption peaks at 7.403 GHz and 17.511 GHz,and the absorption rate is 99.8% and 70% respectively. With the increase of electric field strength,the absorption frequency gradually moves towards lower frequency,and the absorption frequency regulation rate is up to 55%. Therefore,we propose the concept of dual-band intelligent metamaterials absorber.

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王连胜,夏冬艳,吕振肃,付全红.电控可调谐双波段超材料吸波体分析[J].重庆大学学报,2014,37(8):76-82.

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  • 收稿日期:2014-03-25
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  • 在线发布日期: 2014-10-30
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