Abstract
Radar signals expose objects that are present in their vicinity. To avoid being detected by these signals, stealth technology provides an aid. This work focuses on the simulation of the radar-absorbing structure (RAS). A study on the effect of polyvinylidene difluoride (PVDF) and carbon nanotubes (CNT) in glass fiber mats has been done. Spin coating is utilized to increase the β phase in that material. Simulation results showed that at a particular frequency, the composite mat containing PVDF and CNT has the ability to reflect the minimum rays that come from radar, thus providing stealth behavior.
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