CAJ | 학술논문

提出一种改进的基于麦克斯韦Maxwell方程的广义曲线坐标变换的电磁超材料设计方法，首先介绍了该方法的转换方程，然后通过高增益喇叭天线、圆环聚焦和角度旋转的人工电磁超材料这三个例子验证该方法的可行性。将转换公式运用于二维的有限元仿真软件COMSOL Multiphysics中，得到了三种例子的仿真结果，并进行了讨论。仿真结果表明通过广义曲线坐标变换可以得到具有良好场分布特性的人工电磁超材料，具有更广泛的适用性。
제출일충개진적기우맥극사위Maxwell방정적엄의곡선좌표변환적전자초재료설계방법，수선개소료해방법적전환방정，연후통과고증익나팔천선、원배취초화각도선전적인공전자초재료저삼개례자험증해방법적가행성。장전환공식운용우이유적유한원방진연건COMSOL Multiphysics중，득도료삼충례자적방진결과，병진행료토론。방진결과표명통과엄의곡선좌표변환가이득도구유량호장분포특성적인공전자초재료，구유경엄범적괄용성。
A modified design method of electromagnetic metamaterial with generalized curvilinear coordinate transformation based on Maxwell′s equations is proposed. The transfer equation of the method is introduced,and the feasibility of the design is proved by high gain horn antenna,electromagnetic metamaterial concentrators and electromagnetic metamaterial phase rotation three examples. The conversion formula is used in COMSOL Multiphysics,and the simulation results is obtained and discussed. The simulation results show that through generalized curvilinear coordinate transformation,the artificial electromagnetic metama-terial with excellent field distribution properties can be achieved,and it has more wide feasibility.