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0 <br /> Polygon 1 <br /> At time = 100. 00, total mass in vadose zone = . 26655E-09g/sq.ft. <br /> Mass in gas phase - . 10573E-10g/sq. ft. <br /> Mass in liquid phase - . 10573E-09g/sq.ft. <br /> Mass sorbed = . 15024E--09g/sq.ft. <br /> Since last printout at time = 95 .00 <br /> Change in Total Mass = -. 54407E-09g/sq.ft. <br /> Advection in from atmosphere = . 00000 g/sq. ft. <br /> Advection in from water table = -. 51158E-09g/sq.ft. <br /> Diffusion in from atmosphere = -. 37267E-15g/sq.ft. <br /> Diffusion in from water table = -. 32488E-1Og/sq. ft. <br /> Total inflow at boundaries = -.54407E-09g/sq. ft. <br /> Mass discrepancy = . 55511E-16g/sq. ft. <br /> Since beginning of run at time = 0.0 <br /> Change in Total Mass = --. 10880E-01g/sq. ft. <br /> Advection in from atmosphere = .00000 g/sq.ft. <br /> Advection in from water table = -. 10174E-01g/sq.ft. <br /> Diffusion in from atmosphere = -. 65938E-06g/sq. ft. <br /> Diffusion in from water table = -. 70551E-03g/sq. ft. <br /> Total inflow at boundaries = -. 10880E-01g/sq. ft. <br /> Mass discrepancy = . 93132E-09g/sq. ft. <br /> 90UNDWATER IMPACT OF POLYGON 1 <br /> Time Mass per area (g/sq.ft. ) Total Mass (g) <br /> 5 . 00 . 14010E-04 . 15411E-02 <br /> 10. 00 . 37484E-03 .41233E-01 <br /> 15 . 00 . 17262E-02 . 18988 <br /> 20. 00 . 29868E-02 . 32855 <br /> 25.00 . 27800E-02 .30580 <br /> 30. 00 . 17130E-02 . 18843 <br /> 35. 00 . 80202E-03 . 88222E-01 <br /> 40. 00 . 31509E-03 .34660E-01 <br /> 45.00 . 11174E--03 . 12292E-01 <br /> 50. 00 . 37617E-04 . 41379E-02 <br /> 55.00 . 12390E-04 . 13629E-02 <br /> 60. 00 . 40541E-05 .44596E-03 <br /> 65 . 00 . 13257E-05 . 14583E-03 <br /> 70.00 . 43399E-06 .47739E-04 <br /> 75 . 00 . 14226E-06 . 15648E-04 <br /> 80 . 00 . 46677E-07 .51345E-05 <br /> 85.00 . 15327E-07 . 16860E-05 <br /> 90 . 00 . 50356E-08 .55391E-06 <br /> 95.00 . 16550E-08 . 18205E-06 <br /> 100 .00 . 54407E-09 .59848E-07 <br /> Mygon 2 <br /> At time = .00, total mass in vadose zone = . 73905 g/sq. ft. <br />