Add molecular diffusivity tabulations from Boudreau (1997) #12
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New function
PALEOaqchem.MolecularDiffusion.create_solute_diffusivity_func(species_or_constant::AbstractString)
If 'species_or_constant' is a known species name, returns a function 'f_diffcoeff', which calculates:
f_diffcoeff(TdegK, Pbar, S) -> Dmol (cm^2/s)
If 'species_or_constant' can be parsed into a `Float64`, returns a function which provides this constant value (units cm^2/s).
Based on data compiled by
Boudreau (1997) 'Diagenetic models and their implementation; modelling transport and reactions in aquatic sediments'
(see Ch 4 in book)
See documentation for details.
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New function
If 'species_or_constant' is a known species name, returns a function 'f_diffcoeff', which calculates:
If 'species_or_constant' can be parsed into a
Float64, returns a function which provides this constant value (units cm^2/s).Based on data compiled by
Boudreau (1997) 'Diagenetic models and their implementation; modelling transport and reactions in aquatic sediments'
(see Ch 4 in book)
See documentation for details.