I got solubility coefficients out of my old CRC, and it was interesting to see. The size of the electron "cloud", hence the ability of a neutral moiety to polarize in aqueous solution and hence dissolve was interesting to consider. In other words, smaller (and therefore "harder") electron density clouds surrounding smaller atoms were less soluble in aqueous solutions, and those sporting larger electron densities were, in general, much more so. Memories of old chemistry lessons.... >Dave, > >You wrote: > >>=I'm not sure what you mean by "surface gradients," but it is indeed >>=accepted practice to assume different inert gases are non-conflicting, >>=and that they vary in solubility by the square of their molecular weights. > >I do not think that solubility of inert gases varies by the square of >their molecular weights, but I do know that the diffusion rates vary >inversely by the square root of their molecular weights (see Buhlmann, >Decompression/Decompression Sickness). > >John >-- >Send mail for the `techdiver' mailing list to `techdiver@opal.com'. >Send subscription/archive requests to `techdiver-request@opal.com'. > ------------------------------------------------------- Scot Anderson email: scot@bt*.co* web: http://www.btg.com/~scot/ "Is he back from that dive trip yet?"
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