RADAR - Bistatic And Monostatic Range Calculations

Strings (SiPjAjk) = S7P3A32     Base Sequence = 12735     String Sequence = 12735 - 4 - 44

Expressions Of Pj Problems
RADAR - Bistatic And Monostatic Range Calculations
Math RADAR is an acronym for Radio Detecting And Ranging. Short- wavelength microwaves are used in radar to locate objects and monitor speed.

(a) Explain what is meant by bistatic, monostatic and quasi-monostatic radar.

(b) The basic quantity measured by most radars, is target range. Write the formula for calculating the target range for: bistatic and monostatic radar.

The strings: S7P4A44 (motion - oscilatory)

The math:
Pj Problem of Interest is of type motion (oscilatory - wave motion). Transmitter sends radio waves pulse in motion to object. Radio waves are reflected and pulse sent in motion to receiver. Bistatic: location of transmitting antena is different from location of receiving antenna from the perspective of the target object (figure 22.3). For example, ground transmitter and airborne receiver.
Monostatic: transmitting antenna and receiving antenna are colocated from the perspective of the target object. For example, the use of the same antenna to transmit and receive.
Quasi-Monostatic: location of transmitting antenna is very close to location of receiving antenna (i.e, they are slighly separated) from the perspective of the target object.

(b)i Bistatic Range Equation: Rt + Rr = cTR.
Where Rt is range between transmitter and target object;
Rr is range between receiver and target object;
TR is round trip travel time of a pulse.
c is velocity of light (3 x 108)

(b)ii Monostatic Range Equation: R = (cTR)/2.
Where R is range between transmitter and target object;
In this case, Rt = Rr = R;
TR is round trip travel time of a pulse;
c is velocity of light (3 x 108). The point . is a mathematical abstraction. It has negligible size and a great sense of position. Consequently, it is front and center in abstract existential reasoning.
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