scattering; radar cross-section

All Items

• A Novel Comb-line Leaky-wave Antenna for 77 GHz FMCW Automotive Radar System and Comparison with Buttler Beamformers

  Masoud Sarabi, Warren F. Perger

  1005-1013

• A Novel Design of Microwave Absorbers Based on Multilayered Composite Materials for Reduction of Radar Cross Section

  Hong Qin Zheng, Yi Tao Huang, Mei Song Tong

  326-334

• A Novel Method for the Low-detectable Dihedral Corner Utilizing Phase Gradient Metasurface based on Phase Cancellation Mechanism

  Qingting He, Jianliang Xie, Qian Liu, Xin Yao, Zhi Wang, Haiyan Chen, Fengxia Li, Longjiang Deng

  269-276

• A Parallel 3-D HIE-FDTD Method using the MPI Library

  Qin Nan, Chunhui Mou, Juan Chen

  849-856

• An Adaptive and Highly Accurate FDTD Mesh Generation Technique for Objects with Complex Edge Structures

  Chunhui Mou, Juan Chen

  1-9

• Bi-Static Radar Cross-Section Test Method by using Historic Marconi Set-up and Time Gating

  Yousef Azizi, Mohammad Soleimani, Seyed Hasan Sedighy, Ladislau Matekovits

  184-190

• Complex Inhomogeneous Dielectric Target Modeling and Scattering Estimation using a Self-Designed Software

  Muyu Hou, Shuhong Gong, Yanchun Zuo, Yu Liu

  526-534

• Convergence Acceleration of Infinite Series Involving the Product of Riccati–Bessel Function and Its Application for the Electromagnetic Field: Using the Continued Fraction Expansion Method

  Zheng Fanghua, Di Qingyun, Yun Zhe, Gao Ya

  1518-1525

• High-precision Solution of Monostatic Radar Cross Section based on Compressive Sensing and QR Decomposition Techniques

  Chaofan Shi, Yufa Sun, Mingrui Ou, Pan Wang, Zhonggen Wang

  616-624

• Modeling the Performance Impact of Cubic Macro Cells Used in Additively Manufactured Luneburg Lenses

  Brian F. LaRocca, Mark S. Mirotznik

  1077-1088

• Novel Characteristic Mode Basis Functions Accelerating Iteration Convergence of CMM for Analyzing Electromagnetic Scattering Problems

  Fei Guo, Zhonggen Wang, Yufa Sun, Wenyan Nie, Pan Wang, Juan Wu

  594-601

• Scattering and Diffraction Evaluated by Physical Optics Surface Current on a Truncated Cylindrical Conductive Cap

  * Mustafa Kara , Mustafa Mutlu

  304-308

• Wideband Monostatic RCS Prediction of Complex Objects using Support Vector Regression and Grey-wolf Optimizer

  Zhourui Zhang, Pengyuan Wang, Mang He

  609-615