However, most of the existing research related to m-D effect has focused on the analysis and extraction of m-D signature in monostatic radar
Cross Section of a Dielectric Sphere
Similarly, one of the main techniques employed to diminish a target's monostatic radar
cross section (RCS) is based on the modification of its shape so that most part of the energy impinging on it is redirected towards directions different from the source.
The demonstrator will be based on a monostatic radar
model, where the transmitter and receiver are co-located, but ESA hasn t ruled out a bistatic model where the receiver is in a different location and the system can transmit constantly.
Two-dimensional vector current plotting of the surface current and two-dimensional plotting of the monostatic radar
cross section are available.
Bistatic radar uses existing sources of illumination to detect and track targets passively, instead of the more conventional monostatic radar
systems that actively send a signal and wait to receive a return echo.
Most radar systems in use today are monostatic radar
Starting with a detailed look at monostatic radar
, examining the development of the field as a whole, the book then goes on to:
Current state of the art millimeter wave portal imaging systems  are based on monostatic radar
and Fourier inversion .
Development of the duplexer and the shift from decametric to centimetric wavelengths soon led to universal adoption of monostatic radar
A monostatic radar
has the receiver and transmitter collocated with a common antenna for both receive and transmit functions.
However, these models are suitable for monostatic radar