量子雷达目标探测性能分析

Detection Performance Analysis of Quantum Radar Target

量子雷达是基于量子物理机制的新型检测技术,可用于探测、识别和分辨射频隐身平台和武器系统等。分析光子探测物理过程,从量子雷达典型系统模型分析其目标探测性能,以传统雷达方程为基础建立了量子雷达方程,仿真研究量子雷达截面(QRCS)如何影响目标检测性能及量子探测生存性能。这将有益于量子雷达的信号设计、性能评估以及量子隐形目标的研究。

Quantum radar is a new detection technology based on quantum physics mechanism,which can be used to detect,identify and distinguish radio frequency stealth platforms and weapon systems.The physical process of photon detection and its target detection performance from a typical quantum radar system model are analyzed,a quantum radar equation based on the traditional radar equation is established,and how the quantum radar cross section(QRCS)affects target detection performance and quantum detection survival performance is simulated.The signal design and performance evaluation of quantum radars and the research of quantum stealth targets could be benefited from this.