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MODULE A- INTRODUCTION TO RADAR The radar equation for a point target is simply given below: Radar Equation For Distributed Targets Thus far, we've derived the radar equation for a point target. This is enough if you are interested in point targets such as airplanes. However, in a thunderstorm or some area of precipitation, we do not have just one target (e.g., raindrop), we have many. Thus we need to derive the radar equation for distributed targets. So let’s review the Radar Pulse Volume. Radar Pulse Volume First, let's simplify the real beam according to the Figure 1.2.15: Figure -2.10: Radar pulses What does a "three-dimensional" segment of the radar beam look like Figure -2.11: Radar main beam and pulse volume. TURKEY RADAR TRAINING 1.0 / ALANYA 2005 17
MODULE A- INTRODUCTION TO RADAR Figure -2.12: Form of transmit and received signal. So, the “volume” of the pulse volume is: For a circular beam, then θ=Φ, the pulse volume becomes: 18 TURKEY RADAR TRAINING 1.0 / ALANYA 2005
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training course on weather radar systems - RTC, Regional Training ...

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