The phrase "a function of radar" is correct and usable in written English.
It can be used in contexts discussing the capabilities or roles that radar technology plays in various applications, such as navigation, surveillance, or meteorology.
Example: "The ability to detect objects at great distances is a function of radar technology that is crucial for air traffic control."
Alternatives: "a role of radar" or "an application of radar".
The CW jamming signal power as a function of radar echo signal power at break-lock is estimated for different values of frequency difference between these two signals, and from these results the jammer to echo signal power (J/S) ratio (in dB) is computed.
This paper will develop and use two methods to obtain the properly weighted average albedo for transforming flux as a function of observed brightness into flux as a function of radar cross-section using data obtained from the 3.0 m NASA Liquid Mirror Telescope (LMT) and the US Space Command sensors.
e The number of observations of ionospheric scattering as a function of radar range.
for i=1,...,I, where λ=c/f c is the wavelength corresponding to carrier frequency f c, and σ i,k represents the propagation channel coefficients representing the combined effect of transmit power, target reflection, which is a function of radar cross section, and the ionosphere as well as surface reflections of the i th path at time index k.
There are a variety of online retailers of radar detectors.
The objective of this paper is to investigate particularities of tree trunks radar images, considering the circumferential data acquisition geometry, as a function of the radar configuration and trunk section structures.
Obviously, an optimal solution x ⋆ for problem (21) is a function of the radar code c l used by the player; therefore, the finite set Ω l of the possible radar sequences and the set, say Σ l, of the possible optimal PSL filters are related by a one-to-one correspondence.
These include the angle between radar and meteor entry, a large dependence on radar frequency, which shows that for a given meteor plasma size and density, the reflectivity as a function of probing radar frequency varies, but typically peaks below 100 MHz.
Using GPR, the thickness of each pavement layer is estimated as a function of the RADAR velocity and the round trip travel time of the signal.
To understand the reason, consider point A in Figure 1a, having coordinates x A = [ 0, y A ] T, y A ( x r, x t ) : = y t x r + x t y r x t + x r, and explicitly a function of the radar and target coordinates.
The iterative procedure is listed in Algorithm 1. Remark 2: As aforementioned, the expression of SINR in (10) is a function of the radar transmission waveform, the cellular communication waveforms, the target spectra, the PSDs of signal-dependent clutters, and the propagation losses of corresponding channels.
