ASSIGNED
!	DO NOT OVER-WRITE.  CONTAINS PRIMARY ASSIGNMENTS AND DOCUMENTATION
!	Assigned mechanisms for species that react only with OH and are
!	are appropriately lumped with alkanes in condensed mechanisms.
!
!	Includes the following:
!	Assigned mechanisms:
!		METHANE
!
!	"Placeholder" mechanisms for represeting compounds with
!	unknwon mechanisms but known or estimated OH rate constants.
!	Currently represented:
!		"Placeholder" mechanism for haloalkanes and haloalkenes
!		"Placeholder" mechanism for amines.
!		(Presently same simplifed mechanism is used for both).
!
!	Upper limit reactivity estimation mechanisms for various kOH's
!		A_1-nn  ... Mechanism "A" species, kOH = 1e-nn cm3 molec-1 s-1
!		B_1-nn  ... Mechanism "B" species.
!
!
PARMS   13
OHRR      OHNR      OHA1      OHBL      OHXC      N3RR      N3N5      OHXN
OHHO      OHCR      OHMG      OHA3      OHME
!
!
!	Methane (from base mechanism)
!
METHANE
K(OH)     2.15E-12   3.448
OHME  1.0

!
!	"Placeholder" mechanisms for halogenated compounds.
!	Based on assumption that reactive products are formed.
!	Not optmized for particular compounds.
!
CL3-ETHE
K(OH)     5.63e-13  -0.849
OHA1  0.5
OHA3	0.5
OHRR	1.0
!	Gives suprisingly good fits to chamber data for this compound,

C3-BR
K(OH)     1.18e-12
OHA1  0.5
OHA3	0.5
OHRR	1.0
!	Gives fair fits to high NOx chamber data, but way overpredicts
!	reactivity under low NOx conditions.

C4-BR
K(OH)     2.46e-12
OHA1  0.5
OHA3	0.5
OHRR	1.0
!	Probably overpredicts MIR by ~25-50%.  Way overpredicts reactivity
!	under low NOx conditions.

CH3-CL
K(OH)     3.15e-13  1.163  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

CL2-ME
K(OH)     7.69e-13  0.994  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

ME-BR
K(OH)     2.34e-13  1.035  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

CHCL3
K(OH)     5.67e-13  1.002  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

C2-CL
K(OH)     6.94e-13  0.302  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

12CL2-C2
K(OH)     9.90e-13  0.813  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

11CL2-C2
K(OH)     2.60e-13
OHA1  0.5
OHA3	0.5
OHRR	1.0

112CL3C2
K(OH)     4.00e-13  0.413  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

111-TCE
K(OH)     5.33e-13  2.244  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

C2-BR
K(OH)     2.72e-11  2.671
OHA1  0.5
OHA3	0.5
OHRR	1.0

11BR2-C2
K(OH)     9.27e-13  0.839  2.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

CL-ETHE
K(OH)     1.69e-12  -0.839
OHA1  0.5
OHA3	0.5
OHRR	1.0

T-12-DCE
K(OH)     1.01e-12  -0.497
OHA1  0.5
OHA3	0.5
OHRR	1.0

CL4-ETHE
K(OH)     9.64e-12  2.403
OHA1  0.5
OHA3	0.5
OHRR	1.0

!	"Placeholder" mechanisms for amines.
!	Based on assumption that reactive products are formed, uses
!	same mechanism as used for halogenated compounds.
!	No data to evaluate.
ET-AMINE
K(OH)     1.47e-11  -0.376  0.0
OHA1  0.5
OHA3	0.5
OHRR	1.0
OHR2	0.0

DM-AMINE
K(OH)     2.89e-11  -0.491  0.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

TM-AMINE
K(OH)     2.62e-11  -0.501  0.0
OHA1  0.5
OHA3	0.5
OHRR	1.0

ETOH-NH2
K(OH)     3.15e-11
OHA1  0.5
OHA3	0.5
OHRR	1.0

ETOH2-NH
K(OH)     9.37e-11
OHA1  0.5
OHA3	0.5
OHRR	0.96
OHNR  0.04

ETOH3-N
K(OH)     1.16e-10
OHA1  0.5
OHA3	0.5
OHRR	0.905
OHNR  0.095
OHR2	0.0

DMAE
K(OH)      9.00e-11
OHA1  0.5
OHA3	0.5
OHRR	0.96
OHNR  0.04

A_1-14
K(OH)      1.0E-14
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_1-13
K(OH)      1.0E-13
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_3-13
K(OH)      3.0E-13
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_1-12
K(OH)      1.0E-12
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_3-12
K(OH)      3.0E-12
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_1-11
K(OH)      1.0E-11
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_3-11
K(OH)      3.0E-11
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

A_1-10
K(OH)      1.0E-10
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0

B_1-14
K(OH)      1.0E-14
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_1-13
K(OH)      1.0E-13
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_3-13
K(OH)      3.0E-13
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_1-12
K(OH)      1.0E-12
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_3-12
K(OH)      3.0E-12
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_1-11
K(OH)      1.0E-11
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_3-11
K(OH)      3.0E-11
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

B_1-10
K(OH)      1.0E-10
OHRR  1.0
OHR2  2.0
OHA1  1.0
OHA3  1.0
OHK6  1.0
OHMG  0.5

! DMSO
! K(OH)      6.1E-11
! OHRR  1.0
! OHA1  2.0
! OHR2  1.0