双脉冲探地雷达天线中各天线单元间的耦合分析

Y. Wahyu, F. Oktafiani, A. Lestari
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引用次数: 0

摘要

探地雷达(GPR)测量要定位未知深度的目标,需要多种脉冲持续时间手段,使用多个不同长度的天线。针对探地雷达天线的两种最优脉冲原型提出了偶极子天线由两对天线组成,每对主天线(短长度)的进给点向弯曲(不连续)等于3 cm,为主天线(长长度)6.5 cm。模型分析采用双偶极子定向角对天线臂间耦合相互阻抗进行分析。耀斑角为70度角时,相互阻抗最低。这与FDTD(时域有限差分)仿真结果一致,即最小耦合发生在70度的耀斑角。
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Analysis of coupling between antenna elements for flare angle determination in dual pulses GPR antenna
GPR (ground penetrating radar) survey to locate objects of unknown depth requires more than one type of pulse duration means using a number of antenna with different length. GPR antenna prototypes for two of the most optimum pulse is proposed dipole antenna consists of two pairs of antennas, each of the main antenna (short-length) of the feed point to bending (discontinuity) is equal to 3 cm and 6.5 cm for the main antenna (long-length). Model analysis for the coupling between the arms of the antenna mutual impedance analysis using two dipole orientation angle. Flare angle of 70 degree angles show mutual impedance lowest. This is consistent with FDTD (finite difference time domain) simulation results that the lowest coupling occurs at a flare angle of 70 degree.
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