We present a new compact radar system to measure a terahertz radar cross section（RCS） of metal plates,trihedral corner reflectors,and an aircraft scaled model with a 0.1 THz continuous wave.We both numerically and e...We present a new compact radar system to measure a terahertz radar cross section（RCS） of metal plates,trihedral corner reflectors,and an aircraft scaled model with a 0.1 THz continuous wave.We both numerically and experimentally investigate the terahertz RCS of the metal plates and trihedral corner reflectors.The numerical simulations are obtained by using commercial software,i.e.,computer simulation technology,which agree well with the experimental results.Then,the RCS of an aircraft scaled model is measured,and the experimental results are in good agreement with the physical characteristics of the scaled model.The effectiveness of our compact radar system is verified to get the RCS of complex targets,such as the scaled models of the tactical targets.展开更多
基金supported by the Shanghai Aerospace Science and Technology Innovation Fund(SAST)(No.SAST201345)the National Natural Science Foundation of China(Nos.61475054,11574105,and61405063)
文摘We present a new compact radar system to measure a terahertz radar cross section（RCS） of metal plates,trihedral corner reflectors,and an aircraft scaled model with a 0.1 THz continuous wave.We both numerically and experimentally investigate the terahertz RCS of the metal plates and trihedral corner reflectors.The numerical simulations are obtained by using commercial software,i.e.,computer simulation technology,which agree well with the experimental results.Then,the RCS of an aircraft scaled model is measured,and the experimental results are in good agreement with the physical characteristics of the scaled model.The effectiveness of our compact radar system is verified to get the RCS of complex targets,such as the scaled models of the tactical targets.
