📄 delq.m
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function dq=delq(Ts,Ta,rh)
% DELQ: computes air-sea specific humidity difference.
% dq=DELQ(Ts,Ta,rh) computes the specific humidity (kg/kg) difference
% between the air (as determined by relative humidty rh and air
% temperature Ta measurements) and the sea surface (where q is
% assumed to be at 98% satuation at the sea surface temperature Ts).
% DELQ uses QSAT based on Tetens' formula for saturation vapor
% pressure from Buck (1981), J. App. Meteor., 1527-1532. The
% dependence of QSAT on pressure is small (<0.5%) and has been
% removed using a mean pressure of 1020 mb.
%
% INPUT: Ts - sea surface temperature [C]
% Ta - air temperature [C]
% rh - relative humidity [%]
%
% OUTPUT: dq - air-sea specific humidity difference [kg/kg]
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% 3/8/97: version 1.0
% 4/10/98: version 1.1
% 8/5/99: version 2.0
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
dq=0.01.*rh.*qsat(Ta) - 0.98.*qsat(Ts);
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