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D) A -licat1on Innut Parameters Continued <br /> FRN2 Freundlich Exponent ratio, layer 2 to 1: 1 <br /> FRN3 - Freundlich Exponent ratio, layer 3 to 1: 1 <br /> FRN4 - Freundlich Exponent ratio, layer 4 to 1: 1 <br /> ADS2 - Air diffusion coeff . ratio, layer 2 to 1 : 1 <br /> ADS3 - Air diffusion coeff . ratio, layer 3 to 1: 1 <br /> ADS4 - Air diffusion coeff . ratio, layer 4 to 1: 1 <br /> Introduction of pollutant: <br /> POLIN = conc * L * RS (ug/cm2/month) : 258 . 43 <br /> where <br /> conc - concentration sorbed to soil (ug/g or ppm) : 0 . 57 <br /> L - sublayer thickness where pollutant enters (cm) : 259 . 08 <br /> RS - Bulk density of polluted layer (g/cm3) : 1 . 75 <br /> VOL - Volatilization: 0 . 5 (for all ten years) <br /> A pollutant source was introduced to the subsurface system by <br /> entering an instantaneous spill in March of 1991. This source <br /> occurred only in the first month of pollutant loading data. Nine <br /> additional years of loading data were created without applying any <br /> additional contamination sources. All ten years assumed partial <br /> volatilization. <br /> E) Simulation #2 <br /> Simulation #2 was run for 10 years using the following input files: <br /> SCLIMOOI. INP <br /> SSOIL001. INP <br /> SCHEM002 . INP <br /> SAPPL002 . INP <br /> Output File Label: 50151odi-out2 <br /> Output File Name (data) : SSOUT002 .ATX <br /> Output File Name (report) : SSOUT002 .OUT <br /> Output File Name (graph) : SSOUT002 .RES <br />