MurphyKoop: MurphyKoop
In NCAR/Ranadu: Functions for use with RAF aircraft data files
MurphyKoop R Documentation
MurphyKoop
Description
Returns the water vapor pressure corresponding to a supplied temperature.
Usage
MurphyKoop(DP, P = 0)
Arguments
DP
A numeric vector containing the dew point in deg. C
P
An optional numeric vector representing the total pressure in hPa. Set zero
to suppress the 'enhancement factor' correction for total pressure. Use the pressure to
find the equilibrium water vapor in the presence of that total pressure of air.
Details
Calculates the equilibrium water vapor pressure according to the
Murphy-Koop equation
Value
Water vapor pressure [hPa] in equilibrium with a plane water surface at dew point DP
Author(s)
William Cooper
Examples
e <- MurphyKoop (-12.)
e <- MurphyKoop (10., 800.)
EW2 <- MurphyKoop (RAFdata$DPXC, RAFdata$PSXC)
NCAR/Ranadu documentation built on Jan. 27, 2023, 1:09 a.m.
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| MurphyKoop | R Documentation |
MurphyKoop
Description
Returns the water vapor pressure corresponding to a supplied temperature.
Usage
MurphyKoop(DP, P = 0)
Arguments
DP |
A numeric vector containing the dew point in deg. C |
P |
An optional numeric vector representing the total pressure in hPa. Set zero to suppress the 'enhancement factor' correction for total pressure. Use the pressure to find the equilibrium water vapor in the presence of that total pressure of air. |
Details
Calculates the equilibrium water vapor pressure according to the Murphy-Koop equation
Value
Water vapor pressure [hPa] in equilibrium with a plane water surface at dew point DP
Author(s)
William Cooper
Examples
e <- MurphyKoop (-12.) e <- MurphyKoop (10., 800.) EW2 <- MurphyKoop (RAFdata$DPXC, RAFdata$PSXC)
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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