Original NRL Paper by Rashmi Mital and Vilhelm Gregers-Hansen
Matlab NRL model of bistatic sea surface radar reflectivity for hot clutter modeling.
No Matlab toolboxes are used.
| variable | description |
|---|---|
| hT | transmitter height above ground (meters) |
| hR | receiver height above ground (meters) |
| thetad | horizon elevation angle to transmitter (degrees) |
| D | Distance between the RX and TX antennas (meters) |
| xPatch | x-coordinate of the surface patch (meters) |
| yPatch | y-coordinate of the surface patch (meters) |
| R1 | Path Length from RX to surface patch (meters) |
| R2 | Path Length from RX to surface patch (meters) |
| Rd | Direct path length between RX and TX (meters) |
| grazRx:γr | Grazing angle from receiver (degrees) |
| grazTx:γt | Grazing angle from transmitter (degrees) |
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