We implement W-function approximation scheme described by Barry et al. A range of tests of the ap... more We implement W-function approximation scheme described by Barry et al. A range of tests of the approximations is included so that the code can be assessed on any given machine. Users can calculate W(x) by specifying x itself or by specifying an offset from −exp(−1), the latter option necessitated by rounding errors that can arise for x close to −exp(−1).
... The chemical input to BA includes FFA out, F^ (mass flux due to the in-^FAJn — FFA_out if 5 —... more ... The chemical input to BA includes FFA out, F^ (mass flux due to the in-^FAJn — FFA_out if 5 — 5eq, (7a) dS id HFA^- = FFAJB iiS<Scq, (7b) FfA_m = F>aCm (7c) "eq = ^d^-im (7d) coming seawater), and FSI resulting from seawater intrusion. ...
We implement W-function approximation scheme described by Barry et al. A range of tests of the ap... more We implement W-function approximation scheme described by Barry et al. A range of tests of the approximations is included so that the code can be assessed on any given machine. Users can calculate W(x) by specifying x itself or by specifying an offset from −exp(−1), the latter option necessitated by rounding errors that can arise for x close to −exp(−1).
... The chemical input to BA includes FFA out, F^ (mass flux due to the in-^FAJn — FFA_out if 5 —... more ... The chemical input to BA includes FFA out, F^ (mass flux due to the in-^FAJn — FFA_out if 5 — 5eq, (7a) dS id HFA^- = FFAJB iiS<Scq, (7b) FfA_m = F>aCm (7c) "eq = ^d^-im (7d) coming seawater), and FSI resulting from seawater intrusion. ...
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