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The primary study on the theory and application of time-reversal focusing with electromagnetic wave

机译:电磁波时间逆向聚焦理论与应用的初步研究

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In this paper, the theory of time-reversal focusing with electromagnetic wave is investigated. The finite difference time domain (FDTD) method is applied to simulate the time-reversal(TR) process. In the process, the propagation of time-reversal electromagnetic wave in homogeneous and inhomogeneous medium is discussed respectively. In both cases, the electromagnetic wave diverging from a point source propagates and is received by two antennas set on each side of the medium. The received signals are time reversed and retransmitted back by the corresponding antennas in their original paths. The resulting waves converge back to point of its initial source. The numerical simulation verifies the ability of time-reversal spatial-temporal focusing in electromagnetism.
机译:本文研究了电磁波的时间逆向聚焦理论。应用有限差分时域(FDTD)方法来模拟时间反转(TR)过程。在该过程中,分别讨论了在均匀和不均匀培养基中的时逆电磁波的传播。在这两种情况下,从点源发散的电磁波传播并且由介质的每一侧上设置的两个天线接收。接收的信号是在其原始路径中被相应的天线反转和重新发送的时间。得到的波会聚回其初始源的点。数值模拟验证了电磁中的时间逆转空间 - 时间聚焦的能力。

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