Analysis of quantum scattering characteristics for a cone illuminated with multiphoton in the remote sensing scene

• DOI: 10.1016/j.rinp.2022.106138
• Publication Date: 2022-11-30T16:38:27Z
• Authors: Zhifu Tian; Tao Hu; Di Wu; Shu Wang; Yuqiao Zhang
• Keywords: Side lobe

The quantum radar cross sections (QRCS) for the targets are critical basis optimization designs of stealth structures and detection strategy. According to three-dimensional structure conical surface, one-dimensional Fourier expression multiphoton QRCS in a gradually illuminated area is established using two-dimensional QRCS. advantages derived computational complexity analyzed verified by simulations. influence radius, height, incident photon numbers on cone analyzed. results show that there scattering peaks center direction orthogonal side. peak proportional bottom radius inversely height. In addition, height mainly affects side peak, with increase becomes sharp. With increase, at both sides become number, width main lobe will be narrowed, difference between increased, which indicates fewer photons beneficial sidelobe, more lobe. This work help optimize strategy design missile aircraft head, provide prior information research many fields, such as photonic technology, precision metrology.