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The Analysis of Change Factor of the Simulation of the Bistatic Quantum Radar Cross Section for the Typical Ship Structure

机译:典型舰船结构双基地量子雷达截面模拟变化因素分析

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The quantum radar cross section (QRCS) measures how “large” a target looks to a quantum radar which muminates the object with several photons in a pulse. However, the previous studies were mainly with the aim of monostatic cases. In this paper, in response to the critical question about convergence in bistatic quantum radar cross section (BIQRCS), a better alternative of change factor has been suggested and verified by the analytical solution for the typical ship structure, a rectangular plate. Our results wm be particularly instructive in the field of calculation of BIQRCS.
机译:量子雷达横截面(QRCS)测量目标看起来对量子雷达有多大,该量子雷达通过脉冲中的多个光子将物体消散。但是,以前的研究主要是针对单例病例。本文针对双基地量子雷达截面(BIQRCS)收敛的关键问题,提出了一种更好的变化因子替代方案,并通过典型船体矩形板的解析解进行了验证。我们的结果对于BIQRCS的计算领域尤其具有启发性。

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