Teber, Ahmet Unver, Ibrahim Kavas, Huseyin Aktas, Bekir Bansal, Rajeev International Nuclear Information System (INIS) Knitted radar absorbing materials (RAM) based on nickel–cobalt magnetic materials The results demonstrate that the single-layered carbonfiber absorbing coating presented relatively poor absorbing property when thelayer was thin, and the performance was slightly improved after the matched airlayer. The coating’s absorbing property was tested with vectornetwork analyzer, using aramid honeycomb as air layer which was matched withcarbon fiber coating. The radar absorbing coating was prepared with short carbon fiber asabsorbent and waterborne polyurethane (WPU) as matrix resin. Liu, Zhaohui Tao, Rui Ban, Guodong Luo, Ping A short theoretical overview on the development of absorber materials, implementation of genetic algorithm (GA) in multi-layering and frequency selective surfaces (FSSs) based multi-layer has also been presented for the development of radar absorbing coatings for achieving better absorption augmented with broadband features in order to counter the radar detection systems.Ībsorbing Property of Multi-layered Short Carbon Fiber Absorbing Coating The effect of metal particles doping/dispersion in the ferrites and dielectrics has been discussed for obtaining tunable radar absorbing characteristics. The paper has been presented with a concentrated approach towards the material aspects for achieving enhanced radar absorption characteristics for its application as a promising candidate in stealth technology and electromagnetic interference (EMI) minimization problems. The present review gives a brief account on some of the technical features of radar absorbing materials (RAMs). Development of Coatings for Radar Absorbing Materials at X-band
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