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Hydrauk Conductivity[m/yr] 150 <br /> Hydraulic Gradient[-] (4 �, 3 <br /> LaAgitudinal Dispersivity [m] 10 <br /> Transgerse Dispersivity [m] 5 <br /> VE ical Dispersivity[m] 0.5 <br /> Q Wt. Soil Bulk Density [g/cm* 3] 1.7 <br /> tion Organic Carbon [-] .0.005 <br /> Hess of the aquifer[m] 5 lid <br /> Receptor Well Geometry <br /> X Coord - of Well [m] 4.5 <br /> Y Coord - of Well [m] 4.5 <br />.r Z Coord-Top of Screen [m] 0 <br /> Z Coord - Bottom of Screen [m] 3 <br /> Source Geometry <br /> Length of source in X-dir[m] <br /> Length of source in Y-dir[m] <br /> Thickness of source in Z-dir [m] a <br /> Benzene <br /> Chemical Specific Parameters for each chemical <br /> Benzene <br /> KOC [ug/gOC/ug/ml] 83 <br /> Degradation Rate Constant in Saturated Zonc 0.0E+00 <br /> Molecular Diff Coeff [cm^2/s] 9.80E-06 <br /> Gaussian Dispersion Model - Deterministic <br /> Dispersion Data <br /> Wind Speed [m/s] 2 <br /> Freq. Wind blows to Recp. [-] 0.35 <br /> -once to the Receptor [m] 5 <br /> of the Source[m^2] 81 S <br /> Freq of Stability Class 1 [-] <br /> Freq of Stability Class 2 [-] 0.15 <br /> Freq of Stability Class 3[-] 0.25 <br /> Freq of Stability Class 4[-] 0.25 <br /> Freq of Stability Class 5[-] 0.155 <br /> Freq of Stability Class 6[-] 0.1 Lot <br /> Gaussian Chemical Specific Parameters t `� <br /> Benzene <br /> Decay Rate (in air) [1/s] 0 <br /> Data for Risk Assessment <br /> Body Weight and Lifetime- Deterministic <br /> Average Weight(kg) 70 <br /> Lifetime (yrs) 70 <br /> Drinking Water- <br /> Exposure <br /> ater Exposure Frequency[days/yr] 350 <br /> Exposure Duration [years] 30 <br /> Ingestion Rate [liters/day] 2.0 <br /> D ' ing Water Chemical Specific Parameters <br /> Wane <br /> ioavailability [fraction] 1 <br /> Inhalation of Soil Emissions <br /> Exposure Frequency[days/yr] 350 <br /> Exposure Duration [years] 30 <br />