GeometrySampleVolGauss: Sample volume assuming transmitted energy in Gaussian beam...
In radar: Fundamental Formulas for Radar
Description
Usage
Arguments
Value
Author(s)
Source
References
Description
GeometrySampleVolGauss returns the sample volume assuming
transmitted energy in Gaussian beam shape.
From Rinehart (1997), Eqn 5.4
Usage
1
GeometrySampleVolGauss(r, bwH, bwV, pLength)
Arguments
r
Range from radar to point of interest [m]
bwH
Horizontal beamwidth [deg]
bwV
Vertical beamwidth deg]
pLength
Pulse length [m]
Value
sVol
Sample Volume [m^3]
Author(s)
Jose Gama
Source
Nick Guy, 2014
PyRadarMet - Python Fundamental Calculations in Radar Meteorology
https://github.com/nguy/PyRadarMet
R. E. Rinehart, 1997
Radar for Meteorologists
Rinehart Publishing
References
Nick Guy, 2014
PyRadarMet - Python Fundamental Calculations in Radar Meteorology
https://github.com/nguy/PyRadarMet
R. E. Rinehart, 1997
Radar for Meteorologists
Rinehart Publishing
radar documentation built on May 2, 2019, 9:24 a.m.
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Description Usage Arguments Value Author(s) Source References
Description
GeometrySampleVolGauss returns the sample volume assuming
transmitted energy in Gaussian beam shape.
From Rinehart (1997), Eqn 5.4
Usage
1 | GeometrySampleVolGauss(r, bwH, bwV, pLength)
|
Arguments
r |
Range from radar to point of interest [m] |
bwH |
Horizontal beamwidth [deg] |
bwV |
Vertical beamwidth deg] |
pLength |
Pulse length [m] |
Value
sVol |
Sample Volume [m^3] |
Author(s)
Jose Gama
Source
Nick Guy, 2014 PyRadarMet - Python Fundamental Calculations in Radar Meteorology https://github.com/nguy/PyRadarMet
R. E. Rinehart, 1997 Radar for Meteorologists Rinehart Publishing
References
Nick Guy, 2014 PyRadarMet - Python Fundamental Calculations in Radar Meteorology https://github.com/nguy/PyRadarMet
R. E. Rinehart, 1997 Radar for Meteorologists Rinehart Publishing
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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