Page 492 - Air pollution and greenhouse gases from basic concepts to engineering applications for air emission control

474 Appendix

Table A.6 (continued)
Formula Name a b d
C 4 H 10 S Isobutyl Mercaptan 0.93709 0.24802 −0.02179
C 4 H 10 S sec-Butyl Mercaptan 0.92287 0.24856 −0.02146
C 4 H 10 S tert-Butyl Mercaptan 0.84380 0.24937 −0.01939
C 4 H 10 S Diethyl Sulfide 0.95993 0.24465 −0.02195
C 4 H 10 S Isopropyl-Methyl-Sulfide 0.92769 0.24689 −0.02132
C 4 H 10 S Methyl-Propyl-Sulfide 0.97217 0.24453 −0.02229
Diethyl Disulfide 1.42594 0.12564 −0.01373
C 4 H 10 S 2
C 4 H 11 N n-Butylamine 0.64570 0.31857 −0.02570
C 4 H 11 N Isobutylamine 0.60137 0.31538 0.02369
C 4 H 11 N sec-Butylamine 0.57706 0.31254 −0.02250
C 4 H 11 N tert-Butylamine 0.50036 0.30334 −0.01897
C 4 H 11 N Diethylamine 0.54770 0.30799 −0.02107
C 4 H 11 NO Dimethylethanolamine 1.18381 0.23249 −0.02857
C 4 H 12 Si Tetramethylsilane 0.70867 0.23089 −0.01505
C 4 H 13 N 3 Diethylene Triamine 1.54270 0.06479 -
Source Yaws CL, Bu L, Nijhawan S (1995) Determining VOC adsorption capacity. Pollut Eng
27(2):34–37. http://www.pollutionengineering.com/