A Fuze-oriented Multi-parameter Energy-type Interference Environment Model
Kaili Yang, Ruihu Wen, Wei Chen, Zitong Li, Panxiong Yang, Ce Bian, Yongqin Huang, Mingyang Xue · 2024
In the modern battlefield, fuzes face complex interference from the high-power microwave electromagnetic environment, which greatly affects the detection effect of radio fuzes. The research of energy-based interference environment modeling technology can provide technical support for fuzes to cope with high-power electromagnetic pulse weapons on the future battlefield. In this study, an energy-based interference environment model was proposed, and the effects of transmit power, antenna beam and placement position on the trajectory environment of the fuze were modeled. By comparing with the measured data, the peak field strength error obtained by the model proposed in this paper is less than 12% for both ultra-broad spectrum and narrow-band high power sources, which has good simulation results and has potential application in the field of fuze electromagnetic protection evaluation.