4 Ethyl 2 3 4 Trimethylheptane

1 217 hours half life from model lake.

4 ethyl 2 3 4 trimethylheptane. Bioaccumulation estimates from log kow bcfwin v2 17. 5 11 estimated volatilization from water. 1 217 hours half life from model lake. 4 99 estimated volatilization from water.

3 chemical and physical properties expand this section. Bioaccumulation estimates from log kow bcfwin v2 17. 2 names and identifiers expand this section. Bioaccumulation estimates from log kow bcfwin v2 17.

Log bcf from regression based method 3 231 bcf 1703 log kow used. 113 3 hours 4 721 days removal in wastewater. 5 07 estimated volatilization from water. 113 3 hours 4 721 days removal in wastewater.

113 3 hours 4 721 days removal in wastewater. 5 11 estimated volatilization from water. 4 ethyl 2 3 5 trimethylheptane c12h26 cid 53428902 structure chemical names physical and chemical properties classification patents literature biological. 113 3 hours 4 721 days removal in wastewater.

4 ethyl 2 3 4 trimethylheptane c12h26 cid 53428866 structure chemical names physical and chemical properties classification patents literature biological. Log bcf from regression based method 3 202 bcf 1593 log kow used. 5 3 atm m3 mole estimated by bond sar method half life from model river. 1 structures expand this section.

5 3 atm m3 mole estimated by bond sar method half life from model river. 1 217 hours half life from model lake. Log bcf from regression based method 3 231 bcf 1703 log kow used. Log bcf from regression based method 3 146 bcf 1398 log kow used.

5 3 atm m3 mole estimated by bond sar method half life from model river. 2 3 4 trimethylheptane c10h22 cid 93280 structure chemical names physical and chemical properties classification patents literature biological activities. 4 ethyl 2 3 dimethylheptane c11h24 cid 53428956 structure chemical names physical and chemical properties classification patents literature biological.