Laboratory Study of Volatile Organic Compound Partitioning
OBJECTIVE - SR98_030008
Procedure - SR98_030009
RESULTS AND DISCUSSION - SR98_030010
Table 4. Estimates of Henry's law constants (vapor/water) for VOCs at 11C
Figure 2. Linear partitioning between chamber vapor and membrane-covered water samples
Table 5. Ratio (i.e., high:low) of analyte concentration (mg/kg) established for the soil samples
Table 8. Experimental values for conversion coefficient
Figure 3. Linear partitioning between chamber vapor and soil samples for the chlorinated analytes
SUMMARY - SR98_030016
LITERATURE CITED-continued - SR98_030017
APPENDIX A: CHAMBER EXPERIMENTS
Experiment 3. Measured concentrations for chamber study using a 1.0-L volume of VOCs
Experiment 6. Measured concentrations for chamber study using a 100-L volume of VOCs
Experiment 8. Measured concentrations for chamber study using a 500-L volume of VOCs
Report Documentation Page - SR98_030022
SR98_03
OBJECTIVE - SR98_030008
Procedure - SR98_030009
RESULTS AND DISCUSSION - SR98_030010
Table 4. Estimates of Henry's law constants (vapor/water) for VOCs at 11C
Figure 2. Linear partitioning between chamber vapor and membrane-covered water samples
Table 5. Ratio (i.e., high:low) of analyte concentration (mg/kg) established for the soil samples
Table 8. Experimental values for conversion coefficient
Figure 3. Linear partitioning between chamber vapor and soil samples for the chlorinated analytes
SUMMARY - SR98_030016
LITERATURE CITED-continued - SR98_030017
APPENDIX A: CHAMBER EXPERIMENTS
Experiment 3. Measured concentrations for chamber study using a 1.0-L volume of VOCs
Experiment 6. Measured concentrations for chamber study using a 100-L volume of VOCs
Experiment 8. Measured concentrations for chamber study using a 500-L volume of VOCs
Report Documentation Page - SR98_030022
SR98_03
