Compute saline contraction coefficient


INTERFACE:

   REALTYPE function eos_beta(S,T,p,g,rho_0)
DESCRIPTION:

Computes the saline contractioncoefficient defined by

$\displaystyle \beta = \dfrac{1}{\rho_0} \left( \dfrac{\partial {\rho_{is}}}{\pa...
...dfrac{1}{g} \left( \dfrac{\partial {B_{is}}}{\partial {S}} \right)_T \; , \quad$ (247)

where $ B_{is}$ denotes the in-situ buoyancy. The computation is carried out by a finite difference approximation of (247), requiring two evaluations of the equation of state. Note, that comparing (247) with (245) it follows that $ \beta =$   dsr0$ /\rho_0$.


USES:

   IMPLICIT NONE
INPUT PARAMETERS:
   REALTYPE,intent(in)                 :: S,T,p
   REALTYPE,optional,intent(in)        :: g,rho_0
REVISION HISTORY:
   Original author(s): Lars Umlauf



Karsten Bolding 2012-12-28