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V-Leach, VER 1 1 <br /> Jake Turin, 11/91 <br /> V-leach model, Dames & Moore, 6/30/94, Naphthalene <br /> 4 polygons. <br /> Timestep = 100 years Simulation length = 25 00 years <br /> Printout every 25 00 years Vertical profile stored every 25 00 years <br /> Koc = 1300 0 m l/g, 45909E-01 cu ft/g <br /> Kh = 49000E-01 (dimensionless) <br /> Aqueous solubility = 90000 mg/l, 25485E-01 g/cu ft <br /> Free air diffusion coefficient = 61000 sq m/day, 2396 7 sq ft/yr <br /> Polygon 1 <br /> Area A-A', subsection 1, SB-4 <br /> Polygon area = 35 500 sq ft <br /> 54 cells, each cell 1 000 ft thick <br /> Soil Properties <br /> Bulk density = 14000 g/ml, 39644 g/cu tt <br /> Porosity = 4000 Volumetric water content = 2000 <br /> Organic carbon content = 00500000 <br /> Recharge Rate = 02500000 ft/yr <br /> Conc to recharge water = 00000 mg/l, 00000 g/cu ft <br /> Atmospheric concentration = 00000 mg/l, 00000 g/cu ft <br /> Water table is impermeable to gas diffusion <br /> Polygon 2 <br /> Area A-A', subsection 2, B-28 <br /> Polygon area = 24 900 sq ft <br /> 54 cells, each cell 1 000 ft thick <br /> Soil Properties. <br /> Bulk density = 14000 g/ml, 39644 g/cu ft <br /> Porosity = 4000 Volumetric water content = 2000 <br /> Organic carbon content = 00500000 <br /> Recharge Rate = 02500000 ft/yr <br /> Conc in recharge water = 00000 mg/l, 00000 g/cu.ft <br /> Atmospheric concentration = 00000 mg/l, 00000 g/cu ft <br /> Water table is impermeable to gas diffusion <br /> Polygon 3 <br /> Area A-A', subsection 3, SB-15 <br /> Polygon area = 41 300 sq ft <br /> 54 cells, each cell 1 000 ft thick <br /> Soil Properties <br /> Bulk density = 14000 g/ml, 39644 g/cu ft <br /> Porosity = 4000 Volumetric water content = 2000 <br /> Organic carbon content = 00500000 <br /> Recharge Rate = 02500000 ft/yr <br /> Conc in recharge water 00000 mg/l, 00000 Bleu ft <br />