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6�tmils. <br /> ING! ! t At time = 100.00, aqueous solubility was exceeded in 53 <br /> Polygon 2 <br /> At time Y 100.00, total mass in vadose zone = 252. 80 g/sq.ft. <br /> Mass in gas phase - 146 .49 g/sq.ft. <br /> Mass in liquid phase = 3. 1390 g/sq.ft. <br /> Mass sorbed - 103 . 17 g/sq.ft. <br /> Since last printout at time = 90.00 <br /> Change in Total Mass = -35. 340 g/sq. ft. <br /> Advection in from atmosphere = .00000 g/sq.ft. <br /> Advection in from water table = -. 62042 g/sq.ft. <br /> Diffusion in from atmosphere = -15.862 g/sq. ft. <br /> Diffusion in from water table = -18.857 g/sq. ft. <br /> Total inflow at boundaries = -35.340 g/sq. ft. <br /> Mass discrepancy = . 17929E-03g/sq.ft. <br /> Since beginning of run at time = 0.0 <br /> Change in Total Mass = -606 . 72 g/sq. ft. <br /> Advection in from atmosphere = .00000 g/sq.ft. <br /> Advection in from water table = -6 . 1272 g/sq.ft. <br /> Diffusion in from atmosphere = -412. 84 g/sq. ft. <br /> Diffusion infromwater table = -187. 75 g/sq. ft. <br /> Total inflow at boundaries = -606 . 72 g/sq. ft. <br /> Mass discrepancy - .31738E-02g/sq. ft. <br /> GROUNDWATER IMPACT OF POLYGON 2 <br /> Time Mass per area (g/sq. ft. ) Total Mass (g) <br /> 10. 00 1.4278 199. 90 <br /> 20 .00 8 . 6233 1207 . 3 <br /> 30. 00 17 .413 2437 . 8 <br /> 40 .00 23 .415 3278 . 1 <br /> 50.00 26. 145 3660. 4 <br /> 60 . 00 26 . 522 3713 . 1 <br /> 70. 00 25 .491 3568 . 8 <br /> 80 . 00 23 .723 3321. 2 <br /> 90. 00 21.636 3029 . 1 <br /> 100 .00 19 . 478 2726 . 9 <br /> WARNING! ! ! At time = .00, aqueous solubility was exceeded in 16 <br /> cells. <br /> Polygon 3 <br /> At time = .00, total mass In vadose zone 149 . 70 g/sq. ft. <br /> Mass in gas phase - 80.203 g/sq.ft. <br />*ss in liquid phase - 1 .7186 g/sq. ft. <br /> >s sorbed = 67 .783 g/sq.ft. <br /> - ING! ! ! At time = 1.00, aqueous solubility was exceeded in 40 <br /> cells. 2 4 <br />