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CAMx version OLVW 0RGHO YHUVLRQ NH\ZRUG 9(56,21Run message A60 Simulation message (to be written to output concentration file headers)Root output name A80 Root output path/filename (see Table 3-3 for description of file suffixeStart yr/mo/dy/hr list Simulation start year (YYYY)

Simulation start month (MM)Simulation start day (DD)Simulation start time (HHMM: Midnight = 0000; 1 PM = 1300)

End yr/mo/dy/hr list Simulation end year (YYYY)

Simulation end month (MM)Simulation end day (DD)Simulation end time (HHMM: Midnight = 2400; 1 PM = 1300)

DT:max,in,emis,out list Maximum allowable time step (hours)

Input frequency of input environmental fields (hours)Input frequency of input emissions (hours)Output frequency (hours)

nx,ny,nz list Number of coarse grid columns (E-W grid cells)

Number of coarse grid rows (N-S grid cells)Number of coarse grid layers

Coordinate ID A10 Mapping projection keyword (LATLON, UTM, LAMBERT, POLAR)xorg,yorg,dx,dy list See Table 3-4 for the specific information to provide for each type of mtime zone list Time zone (Eastern = 5, Central = 6, Mountain = 7, Pacific = 8, UTC = PiG parameters list Maximum PiG puff length (m)

Maximum PiG puff age (hours)

Avg output species list Number of species to be written to average output file (NAVG)
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# nested grids list Number of fine nested grids (NEST)i1,i2,j1,j2,nz,mesh

7

list

If NEST>0, repeat this record for each fine gridCoarse grid column containing western edge of nest nCoarse grid column containing eastern edge of nest nCoarse grid row containing southern edge of nest nCoarse grid row containing northern edge of nest nNumber of fine grid layers for nest nFine grid meshing factor for nest n

SMOLAR, BOTT, PPM? A10 Horizontal advection solver keyword (SMOLAR, BOTT, or PPM)Chemistry Solver A10 Chemistry solver keyword (CMC or IEH)Restart L10 Restart flag (true = read restart file; false = read initial air quality file )Chemistry L10 Chemistry flag (false = inert)Dry dep L10 Dry deposition flag (false = dry deposition off)Wet dep L10 Wet deposition flag (false = wet deposition off)PiG submodel L10 PiG submodel flag (false = PiG treatment off)Staggered winds L10 Staggered (cell interface) input wind field flag (false = cell centered wTreat gridded emiss L10 Gridded emissions flag (false = gridded emissions will not be used)Treat point emiss L10 Elevated point source flag (false = elevated point sources will not be u1-day emiss inputs L10 Date-insensitive emission inputs flag (false = file dates are checked ag3-D average file L10 3-D average output file (false = layer 1 concentrations only)Probing Tools L10 Probing Tools flag (true = OSAT or DDM will be run)
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Chemparam A80 Input chemistry parameters path/filenamePhotolysis rates A80 Input photolysis rates path/filename (IGNORED for Chemistry=False)Landuse A80 Input coarse grid landuse path/filename (IGNORED for Dry DepositioHeight/pressure A80 Input coarse grid height/pressure path/filenameWind A80 Input coarse grid wind path/filenameTemperature A80 Input coarse grid temperature path/filenameWater vapor A80 Input coarse grid water vapor path/filename (IGNORED for ChemistryCloud cover A80 Input coarse grid cloud cover path/filename (NOT MANDATORY1, IG

Rainfall A80 Input coarse grid rainfall path/filename (IGNORED for Wet DepositioVertical diffsvty A80 Input coarse grid vertical diffusivity path/filenameInitial conditions A80 Input coarse grid initial conditions path/filename (IGNORED for RestBoundary conditions A80 Input coarse grid boundary conditions path/filenameTop concentration A80 Input coarse grid top boundary conditions path/filenameAlbedo/haze/ozone A80 Input albedo/haze/ozone column path/filename (IGNORED for ChemiPoint emiss A80 Input elevated point emissions path/filename (IGNORED for Point SoGridded emiss A80 Input coarse gridded emissions path/filename (IGNORED for Area SoLanduse Grd#n

7

A80

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Vert diff Grd#n

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Gridded emiss Grd#n

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If NEST>0, repeat at this record for each fine gridInput fine grid area source path/filename for grid n (NOT MANDATO

Coarse grid restart

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If Restart=T, provide this recordCoarse grid restart path/filename

Fine grid restart

7

A80

If Restart=T and NEST>0, provide this recordFine grid restart path/filename (NOT MANDATORY)1

PiG restart

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If Restart=T and PiG=T, provide this recordPiG restart path/filename

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Record

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Format Description

CAMx version A Model version keyword (VERSION3)Mechanism ID list ID number of CMC solver mechanism (see Table 2-2)Description A Message record to describe this fileNo of gas species list Number of gas species (NGAS  1)No of aero species list Number of aerosol species (NAERO 0)No of reactions list Number of reactions (NREACT  0)

Prim photo rxns list Number of primary photolysis reactions (NPHOT1  0)

List of primary photolysis reaction ID numbers (must match the photolysis r

No of sec photo rxn list Number of secondary photolysis reactions (NPHOT2  0)

ID, prim ID, scale

7

list

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Species Records HeadingGas Spec ... Heading

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Aero Spec ... 7 Heading (if NAERO > 0)
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Record

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Molecular weight (Daltons)

Reaction Records 7 Heading (if NREACT > 0)Rxn Typ Param ... 7 Heading (if NREACT > 0)

7

list

If NREACT > 0, repeat this record for each gas-phase reactionReaction ID numberRate constant expression ID number (1-4, as shown in Table 3-6)Rate constant parameters (depending on expression type in Table 3-6). For photolysis reactions above, the rate constant is not used and is customarily s
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7KHSKRWRO\VLVUDWHVILOHLVDUHDGDEOH$6&,,IRUPDWDQGLWKDVWKHIROORZLQJVWUXFWXUH

Loop from 1 to nozn ozone column intervals:

Loop from 1 to nalb UV albedo intervals:

Loop from 1 to nhaz haze turbidity intervals:

ozcl,albcl,hazcl (12X,f7.3,8X,f7.3,11X,f7.3)

Loop from 1 to nalt altitudes above ground:

text (A)

Loop from 1 to nphot photolysis reactions:

(pk(n),n=1,nsol) (1X,10F12.0)
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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

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albcl 89DOEHGRYDOXHIRUWKHFXUUHQWLQWHUYDOXQLWOHVV

hazcl +D]HWXUELGLW\YDOXHIRUWKHFXUUHQWLQWHUYDOXQLWOHVV

text 7H[WQRWLQJDOWLWXGHNP

pk 3KRWRO\VLVUDWHVPLQIRUQVROVRODU]HQLWKDQJOHV

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$/%('2+$=(2=21(),/(

7KLVILOHFRPPRQO\FRQGHQVHGWR$/+=2=RU$+2FRQWDLQVWKHVSDWLDODQGWHPSRUDO

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ILOHFRQWDLQVWKHUHVSHFWLYH ́FRGHVμIRUHDFKLQWHUYDORUFODVVVSHFLILHGLQSUHSDULQJWKH

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text 7H[WLGHQWLI\LQJILOHDQGDQ\PHVVDJHV

aname 7H[WVWULQJ ́$/%('2μ

albcl 89DOEHGRXQLWOHVVIRUHDFKRIQDOEDOEHGRLQWHUYDOV

text (A)

aname,(albcl(n),n=1,nalb) (A10,5F10.0)

hname,(hazcl(n),n=1,nhaz) (A10,3F10.0)

oname,(ozncl(n),n=1,nozn) (A10,5F10.0)

aname,ifg,nxalb,nyalb (A10,3I10)

Loop from nyalb grid rows to 1

(jalb(i,j),I=1,nxalb) (250I1)

aname,ifg,nxalb,nyalb (A10,3I10)

name,idt1,tim1,idt2,tim2 (A10,I10,F10.0,I10,F10.0)

Loop from ny coarse grid rows to 1

(jozn(i,j),I=1,nx) or (250I1) 

(jhaz(i,j),I=1,nx) (name determines if jozn or jhaz is read)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

hname 7H[WVWULQJ ́+$=(μ

hazcl +D]HWXUELGLW\XQLWOHVVIRUHDFKRIQKD]KD]HLQWHUYDOV

oname 7H[WVWULQJ ́2=21(&2/μ

ozncl 2]RQHFROXPQ'REVRQXQLWVIRUHDFKRIQR]QR]RQHFODVVHV

aname 7H[WVWULQJ ́$/%('2μ

ifg )LQHJULGLQGH[ ILUVWQHVWHGJULG HQGRIDOEHGRGDWD

nxalb 1XPEHURIJULGFROXPQVIRUWKLVJULGLQGH[

nyalb 1XPEHURIJULGURZVIRUWKLVJULGLQGH[

jalb *ULGLIJURZMDOEHGRFRGHVIRUQ[DOEJULGFROXPQV

name 7H[WVWULQJ ́2=21(&2/μRU ́+$=(μ

idt1 %HJLQQLQJGDWH<<00''RU<<---RIWLPHVSDQ

tim1 %HJLQQLQJKRXU++00RIWLPHVSDQ

idt2 (QGLQJGDWHRIWLPHVSDQ

tim2 (QGLQJKRXURIWLPHVSDQ

jozn &RDUVHJULGURZMR]RQHFROXPQFRGHVIRUQ[JULGFROXPQV

jhaz &RDUVHJULGURZMKD]HFRGHVIRUQ[JULGFROXPQV

$QH[DPSOHRIDVPDOO$/+=2=ILOHLVJLYHQLQ)LJXUH

723&21&(175$7,21),/(

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name 6SHFLHVOQDPHIROORZLQJWKHFRQYHQWLRQLQWKHFKHPLVWU\SDUDPHWHUV

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caloft 6SHFLHVOFRQFHQWUDWLRQDORIWSSPIRUJDVHVJP

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Loop from 1 to nspec species:

name,caloft (a10,f10.7)
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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

NO .000000049 

NO2 .000085550 

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PAR .003078000 

TOL .000006043 

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HCHO .001068000 

ALD2 .000105100 

ETH .000005315 

PAN .000038340 

CO .099540000 

HNO2 .000000728 

H2O2 .002263000 

HNO3 .001525000 

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(((fland(i,j,k),i=1,nx),j=1,ny),k=1,11)
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89

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IRUILQHJULGQHVWV)RUWKLVUHDVRQYHUWLFDOQHVWLQJLVQRWDOORZHGZKHQIOH[LQHVWLQJLVXVHG

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7KHKHLJKWSUHVVXUHILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKHIROORZLQJUHFRUGVDUHUHSHDWHG

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Loop from 1 to nlay layers:

hour,idate,((height(i,j,k),I=1,nx),j=1,ny)

hour,idate,((press(i,j,k),I=1,nx),j=1,ny)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

height /D\HUNLQWHUIDFHKHLJKWP$*/IRUQ[JULGFROXPQVDQGQ\JULGURZV

press /D\HUNSUHVVXUHPEIRUQ[JULGFROXPQVDQGQ\JULGURZV

&$0[WLPHLQWHUSRODWHVWKHKHLJKWDQGSUHVVXUHDUUD\VWRHDFKPRGHOWLPHVWHSIRUHDFKJULG

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7KHYDULDEOHVLQWKHZLQGILOHKDYHWKHIROORZLQJGHILQLWLRQV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

uwind /D\HUNXFRPSRQHQWHDVWZHVWZLQGPVIRUQ[JULGFROXPQVDQGQ\

JULGURZV

vwind /D\HUNYFRPSRQHQWQRUWKVRXWKZLQGPVIRUQ[JULGFROXPQVDQG

Q\JULGURZV

dummy 'XPP\DUUD\

&$0[WLPHLQWHUSRODWHVWKHZLQGFRPSRQHQWVWRHDFKPRGHOWLPHVWHSIRUHDFKJULGDQGVRWKH

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hour,idate

Loop from 1 to nlay layers:

((uwind(i,j,k),I=1,nx),j=1,ny)

((vwind(i,j,k),I=1,nx),j=1,ny)

((dummy,i=1,nx),j=1,ny)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

7HPSHUDWXUH)LOH

7KH)RUWUDQELQDU\WHPSHUDWXUHILOHFRQWDLQVWKUHHGLPHQVLRQDOJULGGHGILHOGVRIOD\HUDYHUDJH

WHPSHUDWXUHDQGWZRGLPHQVLRQDOJULGGHGILHOGVRIVXUIDFHWHPSHUDWXUH7KLVILOHPXVWEH

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WHPSHUDWXUHILHOGVDUHXVHGIRUWUDQVSRUWSOXPHULVH3L*GU\GHSRVLWLRQDQGFKHPLVWU\

FDOFXODWLRQVZKLOHWKHVXUIDFHWHPSHUDWXUHVDUHXVHGIRUGU\GHSRVLWLRQFDOFXODWLRQV

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7KHYDULDEOHVLQWKHWHPSHUDWXUHILOHKDYHWKHIROORZLQJGHILQLWLRQV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

temps 6XUIDFHWHPSHUDWXUH.IRUQ[JULGFROXPQVDQGQ\JULGURZV

hour /D\HUNWHPSHUDWXUH.IRUQ[JULGFROXPQVDQGQ\JULGURZV

&$0[WLPHLQWHUSRODWHVWKHWHPSHUDWXUHWRHDFKPRGHOWLPHVWHSIRUHDFKJULGDQGVRWKH

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7KHYDULDEOHVLQWKHZDWHUYDSRUILOHKDYHWKHIROORZLQJGHILQLWLRQV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

water /D\HUNZDWHUYDSRUFRQFHQWUDWLRQSSPIRUQ[JULGFROXPQVDQGQ\

JULGURZV

hour,idate,((temps(i,j),I=1,nx),j=1,ny)

Loop from 1 to nlay layers:

hour,idate,((temp(i,j,k),I=1,nx),j=1,ny)

Loop from 1 to nlay layers:

hour,idate,((water(i,j,k),I=1,nx),j=1,ny)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

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FRYHUGHSWKDQGOLTXLGZDWHUFRQWHQWWRGHULYHFORXGRSWLFDOGHSWKIRUHDFKFHOO2SWLFDO

GHSWKLVWKHQXVHGWRVFDOHGRZQSKRWRO\VLVUDWHVIRUOD\HUVZLWKLQRUEHORZFORXGVWRDFFRXQW

IRU89DWWHQXDWLRQRUWRVFDOHXSWKHUDWHVIRUOD\HUVDERYHFORXGVWRDFFRXQWIRU89

UHIOHFWLRQ+RZHYHU&$0[PDLQWDLQVWKHRSWLRQWRUHDGWKHRULJLQDOFORXGILOHIRUPDWDQGWR

DGMXVWSKRWRO\VLVUDWHVXVLQJWKHRULJLQDOVFKHPH

7KHRSWLRQWRXVHWKHRULJLQDOFORXGDGMXVWPHQWVFKHPHUHTXLUHVDILOHFRQWDLQLQJOD\HU

DFFXPXODWHGPD[LPXPFORXGFRYHUIUDFWLRQDQGOLTXLGZDWHUFRQWHQWDOWKRXJKWKHODWWHU

YDULDEOHLVLJQRUHG ́/D\HUDFFXPXODWHGμPD[LPXPFORXGFRYHULVWUDQVODWHGDVWKH

PD[LPXPFORXGFRYHUH[LVWLQJDERYHDJLYHQJULGFHOO7KHRULJLQDOFORXGFRYHUILOHKDVWKH

IROORZLQJVWUXFWXUHZKHUHWKHIROORZLQJUHFRUGVDUHUHSHDWHGIRUHDFKXSGDWHWLPH

7KHYDULDEOHVLQWKHRULJLQDOFORXGFRYHUILOHKDYHWKHIROORZLQJGHILQLWLRQV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

cloud /D\HUNDFFXPXODWHGIUDFWLRQDOFORXGFRYHUIRUQ[JULGFROXPQV

DQGQ\JULGURZV

lwc /D\HUNOLTXLGZDWHUFRQWHQWJP

IRUQ[JULGFROXPQVDQGQ\JULG

URZV

7KHQHZFORXGFRYHUILOHFRQWDLQVDKHDGHUUHFRUGWRGHILQHWKHILOH

7KHUHPDLQGHURIWKHILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKHIROORZLQJUHFRUGVDUHUHSHDWHG

IRUHDFKXSGDWHWLPH

7KHYDULDEOHVRQWKHQHZFORXGFRYHUILOHKDYHWKHIROORZLQJGHILQLWLRQV

cldhdr 7H[WVWULQJ ́&$0;&/28'μ

nxcl 1XPEHURIFRDUVHJULGFROXPQV

nycl 1XPEHURIFRDUVHJULGURZV

Loop from 1 to nlay layers:

hour,idate,((cloud(i,j,k),I=1,nx),j=1,ny)

hour,idate,((lwc(i,j,k),I=1,nx),j=1,ny)

cldhdr,nxcl,nycl,nzcl

hour,idate

Loop from 1 to nz+1 layers:

((hfrac(i,j,k),I=1,nx),j=1,ny)

((zfrac(i,j,k),I=1,nx),j=1,ny)

((lwc(i,j,k),I=1,nx),j=1,ny)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

nzcl 1XPEHURIFRDUVHJULGOD\HUV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

hfrac /D\HUNIUDFWLRQDOKRUL]RQWDOFORXGFRYHUIRUQ[JULGFROXPQVDQG

Q\JULGURZV

zfrac /D\HUNIUDFWLRQDOYHUWLFDOFORXGGHSWKIRUOD\HUVWKURXJKQ]DQG

WRWDOFORXGGHSWKPDERYHWKHPRGHOQ]IRUQ[JULGFROXPQVDQG

Q\JULGURZV

lwc /D\HUNOLTXLGZDWHUFRQWHQWJPIRUQ[JULGFROXPQVDQGQ\JULG

URZV

7KHIUDFWLRQDOFORXGGHSWKLVVXSSOLHGIRUHDFKJULGFHOOWRDOORZIRUDVKDOORZFORXGGHFNWR

H[LVWLQDGHHSPRGHOOD\HU1RWHWKDWFORXGLQIRUPDWLRQPXVWEHVXSSOLHGIRUQHWFORXGLQHVV

DERYHWKHPRGHOWRSDVZHOO+RUL]RQWDOFORXGIUDFWLRQDQGOLTXLGZDWHUFRQWHQWDWWKLVOHYHO

VKRXOGUHSUHVHQWDYHUDJHVIURPPRGHOWRSWRFORXGWRSIRUHDFKPRGHOFROXPQ9HUWLFDOGHSWK

DWWKLVOHYHOVKRXOGUHSUHVHQWWKHWRWDOFORXGGHSWKEHWZHHQPRGHOWRSDQGFORXGWRSIRUHDFK

PRGHOFROXPQ

5DLQIDOO)LOH

7KH)RUWUDQELQDU\UDLQIDOOILOHFRQWDLQVWZRGLPHQVLRQDOJULGGHGILHOGVRIUDLQIDOOUDWH7KLV

ILOHLVRSWLRQDODQGLIVXSSOLHGLVUHTXLUHGIRUWKHFRDUVHJULGRQO\7KHUDLQIDOOUDWHILHOGV

DUHXVHGIRUGU\DQGZHWGHSRVLWLRQFDOFXODWLRQV

7KHUDLQIDOOILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKHIROORZLQJUHFRUGLVUHSHDWHGIRUHDFK

XSGDWHWLPH

7KHYDULDEOHVRQWKHUDLQILOHKDYHWKHIROORZLQJGHILQLWLRQV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

rain 5DLQIDOOUDWHLQKUIRUQ[JULGFROXPQVDQGQ\JULGURZV

9HUWLFDO'LIIXVLYLW\)LOH

7KH)RUWUDQELQDU\YHUWLFDOGLIIXVLYLW\ILOHFRQWDLQVWKUHHGLPHQVLRQDOJULGGHGILHOGVRIOD\HU

LQWHUIDFHYHUWLFDOGLIIXVLYLW\7KLVILOHPXVWEHGHYHORSHGIRUWKHFRDUVHJULGDQGRSWLRQDOO\

DQ\ILQHJULGQHVWV7KHWKUHHGLPHQVLRQDOGLIIXVLYLW\ILHOGVDUHXVHGIRUYHUWLFDOGLIIXVLRQDQG

3L*SXIIJURZWKFDOFXODWLRQV

7KHYHUWLFDOGLIIXVLYLW\ILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKHIROORZLQJUHFRUGVDUH

UHSHDWHGIRUHDFKXSGDWHWLPH

hour,idate,((rain(i,j,k),I=1,nx),j=1,ny)

Loop from 1 to nz layers:

hour,idate,((rkv(i,j,k),I=1,nx),j=1,ny)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

7KHYDULDEOHVRQWKHYHUWLFDOGLIIXVLYLW\ILOHKDYHWKHIROORZLQJGHILQLWLRQV

hour 6LPXODWLRQWLPH++00LV30

idate 6LPXODWLRQGDWH<<00''RU<<---

rkv /D\HUNLQWHUIDFHGLIIXVLYLW\P

VIRUQ[JULGFROXPQVDQGQ\JULG

URZV

,QLWLDO&RQGLWLRQV)LOH

7KH)RUWUDQELQDU\LQLWLDOFRQGLWLRQVILOHFRQWDLQVWKUHHGLPHQVLRQDOJULGGHGFRQFHQWUDWLRQ

ILHOGVRQWKHFRDUVHJULG,QLWLDOFRQFHQWUDWLRQILHOGVPD\EHVSHFLILHGIRUDVXEVHWRIWKHWRWDO

QXPEHURIPRGHOHGVSHFLHV7KHIRUPDWRIWKLVILOHIROORZVWKDWGHILQHGIRU8$0,9

FRQFHQWUDWLRQILOHV(3$VRWKDWSUHH[LVWLQJVRIWZDUHPD\EHXVHGWRGHYHORSWKHVH

LQSXWILOHV$QLQLWLDOFRQGLWLRQILOHPXVWEHGHYHORSHGIRUWKHFRDUVHJULGDQGFRQWDLQ

FRQFHQWUDWLRQILHOGVIRUDWOHDVWRQHVSHFLHV)RUWKRVHVSHFLHVQRWRQWKHLQLWLDOFRQGLWLRQILOH

&$0[VHWVXSXQLIRUPILHOGVXVLQJWKH ́ORZHUERXQGμYDOXHVVSHFLILHGLQWKHFKHPLVWU\

SDUDPHWHUVILOH&$0[WKHQLQWHUSRODWHVDOOFRDUVHJULGLQLWLDOFRQGLWLRQVWRHDFKILQHJULGQHVW

DWWKHVWDUWRIWKHVLPXODWLRQ

7KHLQLWLDOFRQGLWLRQVILOHFRQWDLQVDVHWRIWLPHLQYDULDQWKHDGHUUHFRUGVIROORZHGE\DVHWRI

GDWDUHFRUGVWKDWFRQWDLQWLPHVSHFLILFJULGGHGFRQFHQWUDWLRQILHOGV7KHWLPHVSDQRI

FRQFHQWUDWLRQGDWDPXVWFRQWDLQWKHVWDUWWLPHGDWHRIWKHVLPXODWLRQ

7KHKHDGHUSRUWLRQRIWKHLQLWLDOFRQGLWLRQVILOHFRQWDLQVIRXUUHFRUGVZLWKWKHIROORZLQJ

VWUXFWXUH

7KHWLPHYDULDQWSRUWLRQRIWKHLQLWLDOFRQGLWLRQVILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKH

IROORZLQJUHFRUGVDUHUHSHDWHGIRUHDFKXSGDWHWLPH

7KHYDULDEOHVRQWKHLQLWLDOFRQGLWLRQVILOHKDYHWKHIROORZLQJGHILQLWLRQV

name 7H[WVWULQJ ́$,548$/,7<μFKDUDFWHU
DUUD\

note 7H[WVWULQJFRQWDLQLQJILOHGHVFULSWLRQFKDUDFWHU
DUUD\

ione 'XPP\YDULDEOH 

nspec 1XPEHURIVSHFLHVRQILOH

ibdate %HJLQQLQJGDWH<<---

btime %HJLQQLQJKRXU++

iedate (QGLQJGDWH<<---

etime (QGLQJKRXU++

name,note,ione,nspec,ibdate,btime,iedate,etime

rdum,rdum,iutm,xorg,yorg,delx,dely,nx,ny,nz,idum,idum,rdum,rdum,rdum

izero,izero,nx,ny

(mspec(l),l=1,nspec)

ibdate,btime,iedate,etime

Loop from 1 to nspec species:

Loop from 1 to nz layers:

ione,mspec(l),((conc(i,j,k,l),I=1,nx),j=1,ny)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

rdum 'XPP\UHDOYDULDEOH

iutm 870]RQHLJQRUHGIRURWKHUSURMHFWLRQV

xorg *ULG[RULJLQDWVRXWKZHVWFRUQHUPRUGHJUHHVORQJLWXGH

yorg *ULG\RULJLQDWVRXWKZHVWFRUQHUPRUGHJUHHVODWLWXGH

delx &HOOVL]HLQ[GLUHFWLRQPRUGHJUHHVORQJLWXGH

dely &HOOVL]HLQ\GLUHFWLRQPRUGHJUHHVORQJLWXGH

nx 1XPEHURIJULGFROXPQV

ny 1XPEHURIJULGURZV

nz 1XPEHURIOD\HUV

idum 'XPP\LQWHJHUYDULDEOH

izero 'XPP\YDULDEOH 

mspec 6SHFLHVQDPHVIRUQVSHFVSHFLHVFKDUDFWHU
QVSHFDUUD\

conc 6SHFLHVOOD\HUNLQLWLDOFRQFHQWUDWLRQVSSPIRUJDVHVJPIRU

DHURVROVIRUQ[JULGFROXPQVDQGQ\JULGURZV

/DWHUDO%RXQGDU\&RQGLWLRQV)LOH

7KH)RUWUDQELQDU\ODWHUDOERXQGDU\FRQGLWLRQVILOHFRQWDLQVWZRGLPHQVLRQDOJULGGHG

FRQFHQWUDWLRQILHOGVRQWKHODWHUDOIDFHVRIWKHFRDUVHJULGERXQGDU\%RXQGDU\FRQFHQWUDWLRQ

ILHOGVPD\EHVSHFLILHGIRUDVXEVHWRIWKHWRWDOQXPEHURIPRGHOHGVSHFLHV+RZHYHULID

ERXQGDU\FRQFHQWUDWLRQLVVSHFLILHGIRUDJLYHQVSHFLHVLWPXVWEHVXSSOLHGIRUDOOIRXU

ERXQGDULHV7KLVILOHDOVRGHILQHVDQ\QRQPRGHOHGSRUWLRQVRIWKHFRDUVHJULGLHDQRQ

XQLIRUPERXQGDU\PD\EHVSHFLILHG7KHIRUPDWRIWKLVILOHIROORZVWKDWGHILQHGIRU8$0,9

(3$VRWKDWSUHH[LVWLQJVRIWZDUHPD\EHXVHGWRGHYHORSWKHVHLQSXWILOHV7KHXVHU

VKRXOGUHIHUWRWKH8$0,98VHU·V*XLGHIRUPRUHLQIRUPDWLRQRQVSHFLI\LQJQRQXQLIRUP

ERXQGDULHV$ERXQGDU\FRQFHQWUDWLRQILOHPXVWEHGHYHORSHGIRUWKHFRDUVHJULGDQGFRQWDLQ

FRQFHQWUDWLRQILHOGVIRUDWOHDVWRQHVSHFLHV)RUWKRVHVSHFLHVQRWRQWKHERXQGDU\FRQGLWLRQV

ILOH&$0[VHWVXSXQLIRUPILHOGVXVLQJWKH ́ORZHUERXQGμYDOXHVVSHFLILHGLQWKHFKHPLVWU\

SDUDPHWHUVILOH

7KHERXQGDU\ILOHFRQWDLQVDVHWRIWLPHLQYDULDQWKHDGHUUHFRUGVIROORZHGE\DVHWRIGDWD

UHFRUGVWKDWFRQWDLQWKHWLPHYDU\LQJJULGGHGERXQGDU\FRQFHQWUDWLRQILHOGV7KHWLPHVSDQRI

HDFKVHWRIERXQGDU\GDWDUHFRUGVPD\EHVHWDUELWUDULO\HJDVHWRIERXQGDU\FRQGLWLRQV

PD\EHVSHFLILHGIRUDVL[KRXUVSDQIROORZHGE\DVHWVSDQQLQJMXVWDQKRXU

7KHKHDGHUSRUWLRQRIWKHERXQGDU\FRQGLWLRQVILOHFRQWDLQVHLJKWUHFRUGVZLWKWKHIROORZLQJ

VWUXFWXUH

7KHWLPHYDULDQWSRUWLRQRIWKHERXQGDU\FRQGLWLRQVILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKH

IROORZLQJUHFRUGVDUHUHSHDWHGIRUHDFKXSGDWHWLPH

name,note,ione,nspec,ibdate,btime,iedate,etime

rdum,rdum,iutm,xorg,yorg,delx,dely,nx,ny,nz,idum,idum,rdum,rdum,rdum

izero,izero,nx,ny

(mspec(l),l=1,nspec)

Loop from 1 to 4 boundaries:

ione,iedge,ncell,icell,idum,idum,idum
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

7KHYDULDEOHVWKDWDUHXQLTXHWRWKHERXQGDU\FRQGLWLRQVILOHKDYHWKHIROORZLQJGHILQLWLRQV

name 7H[WVWULQJ ́%281'$5<μFKDUDFWHU
DUUD\

note 7H[WVWULQJFRQWDLQLQJILOHGHVFULSWLRQFKDUDFWHU
DUUD\

iedge %RXQGDU\HGJHQXPEHU ZHVW HDVW VRXWK QRUWK

ncell 1XPEHURIURZVRUFROXPQVRQWKLVHGJH

icell ,QGH[RIILUVWFHOOPRGHOHGHGJHVRUODVWFHOOPRGHOHGHGJHV

LI WKLVURZFROXPQLVRPLWWHGIURPWKHVLPXODWLRQ

bc 6SHFLHVOHGJHLHGJHERXQGDU\FRQFHQWUDWLRQVSSPIRUJDVHVJP

IRU

DHURVROVIRUQFHOOJULGURZVFROXPQVDQGQ]OD\HUV

6HHWKHVHFWLRQGHVFULELQJWKHLQLWLDOFRQGLWLRQVILOHIRUDIXOOOLVWRIYDULDEOHGHILQLWLRQV

FRPPRQWRDOO8$0,9W\SHILOHV

(OHYDWHG3RLQW6RXUFH)LOH

7KH)RUWUDQELQDU\HOHYDWHGSRLQWVRXUFHHPLVVLRQVILOHFRQWDLQVVWDFNSDUDPHWHUVDQGHPLVVLRQ

UDWHVIRUDOOHOHYDWHGSRLQWVRXUFHVDQGIRUDOOHPLWWHGVSHFLHVWREHPRGHOHG7KHIRUPDWRI

WKLVILOHIROORZVWKDWGHILQHGIRU8$0,9(3$VRWKDWSUHH[LVWLQJHPLVVLRQSUH

SURFHVVLQJVRIWZDUHPD\EHXVHGWRGHYHORSWKHVHLQSXWILOHV,IHOHYDWHGSRLQWVRXUFHVDUHWR

EHPRGHOHGRQO\RQHSRLQWVRXUFHHPLVVLRQVILOHPXVWEHGHYHORSHGIRUWKHHQWLUHPRGHOLQJ

GRPDLQ7KHSRLQWVRXUFHILOHDOVRIODJVWKHLQGLYLGXDOVWDFNVWREHWUHDWHGE\WKH&$0[

*5($6'3L*VXEPRGHOE\VHWWLQJWKHVWDFNGLDPHWHUDVDQHJDWLYHYDOXH

7KHSRLQWVRXUFHHPLVVLRQVILOHFRQWDLQVDVHWRIWLPHLQYDULDQWKHDGHUUHFRUGVIROORZHGE\D

VHWRIGDWDUHFRUGVWKDWFRQWDLQWKHWLPHYDU\LQJSRLQWVRXUFHHPLVVLRQVGDWD7KHWLPHVSDQRI

HDFKVHWRIHPLVVLRQGDWDUHFRUGVPD\EHVHWDUELWUDULO\HJDVHWRISRLQWHPLVVLRQVPD\EH

VSHFLILHGIRUDVL[KRXUVSDQIROORZHGE\DVHWVSDQQLQJMXVWDQKRXU

7KHKHDGHUSRUWLRQRIWKHHOHYDWHGSRLQWVRXUFHILOHFRQWDLQQVWNUHFRUGVZLWKWKHIROORZLQJ

VWUXFWXUH

7KHWLPHYDULDQWSRUWLRQRIWKHHOHYDWHGSRLQWVRXUFHILOHKDVWKHIROORZLQJVWUXFWXUHZKHUH

WKHIROORZLQJUHFRUGVDUHUHSHDWHGIRUHDFKXSGDWHWLPH

name,note,ione,nspec,ibdate,btime,iedate,etime

rdum,rdum,iutm,xorg,yorg,delx,dely,nx,ny,nz,idum,idum,rdum,rdum,rdum

izero,izero,nx,ny

(mspec(l),l=1,nspec)

ione,nstk

(xstk(n),ystk(n),hstk(n),dstk(n),tstk(n),vstk(n),n=1,nstk)

ibdate,btime,iedate,etime

Loop from 1 to nspec species:

Loop from 1 to 4 boundaries:

ione,mspec(l),iedge,((bc(i,k,iedge,l),I=1,ncell),k=1,nz)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

7KHYDULDEOHVWKDWDUHXQLTXHWRWKHHOHYDWHGSRLQWVRXUFHILOHKDYHWKHIROORZLQJGHILQLWLRQV

name 7H[WVWULQJ ́376285&(μFKDUDFWHU
DUUD\

note 7H[WVWULQJFRQWDLQLQJILOHGHVFULSWLRQFKDUDFWHU
DUUD\

nstk 1XPEHURISRLQWVRXUFHV

xstk 6WDFN[FRRUGLQDWHPRUGHJUHHVORQJLWXGHIRUQVWNSRLQWVRXUFHV

ystk 6WDFN\FRRUGLQDWHPRUGHJUHHVODWLWXGHIRUQVWNSRLQWVRXUFHV

hstk 6WDFNKHLJKWPIRUQVWNSRLQWVRXUFHV

dstk 6WDFNGLDPHWHUPQHJDWLYHLI3L*VRXUFHIRUQVWNSRLQWVRXUFHV

tstk 6WDFNH[LWWHPSHUDWXUH.IRUQVWNSRLQWVRXUFHV

vstk 6WDFNH[LWYHORFLW\PKUIRUQVWNSRLQWVRXUFHV

kcell ,JQRUHGH[FHSWDVIODJIRU26$7SRLQWVRXUFHRYHUULGHIRUQVWNSRLQW

VRXUFHV

flow 6WDFNIORZUDWHP

KUIRUQVWNSRLQWVRXUFHV

ptems 6SHFLHVOSRLQWHPLVVLRQUDWHPROKUIRUJDVVHVJKUIRUDHURVROVIRU

QVWNSRLQWVRXUFHV

6HHWKHVHFWLRQGHVFULELQJWKHLQLWLDOFRQGLWLRQVILOHIRUDIXOOOLVWRIYDULDEOHGHILQLWLRQV

FRPPRQWRDOO8$0,9W\SHILOHV

*ULGGHG(PLVVLRQV)LOH

7KH)RUWUDQELQDU\HPLVVLRQVILOHFRQWDLQVWZRGLPHQVLRQDOJULGGHGILHOGVRIORZOHYHOLH

VXUIDFHHPLVVLRQUDWHVIRUDOOHPLWWHGVSHFLHVWREHPRGHOHG7KHIRUPDWRIWKLVILOHIROORZV

WKDWGHILQHGIRU8$0,9(3$VRWKDWSUHH[LVWLQJHPLVVLRQSUHSURFHVVLQJVRIWZDUH

PD\EHXVHGWRGHYHORSWKHVHLQSXWILOHV,IJULGGHGHPLVVLRQVDUHWREHPRGHOHGDJULGGHG

HPLVVLRQVILOHPXVWEHGHYHORSHGIRUWKHFRDUVHJULGDQGRSWLRQDOO\DQ\QHVWHGJULGV

7KHJULGGHGHPLVVLRQVILOHFRQWDLQVDVHWRIWLPHLQYDULDQWKHDGHUUHFRUGVIROORZHGE\DVHWRI

GDWDUHFRUGVWKDWFRQWDLQWKHWLPHYDU\LQJJULGGHGHPLVVLRQILHOGV7KHWLPHVSDQRIHDFKVHW

RIHPLVVLRQGDWDUHFRUGVPD\EHVHWDUELWUDULO\HJDVHWRIHPLVVLRQVPD\EHVSHFLILHGIRUD

VL[KRXUVSDQIROORZHGE\DVHWVSDQQLQJMXVWDQKRXU

7KHKHDGHUSRUWLRQRIWKHJULGGHGHPLVVLRQVILOHFRQWDLQIRXUUHFRUGVZLWKWKHIROORZLQJ

VWUXFWXUH

name,note,ione,nspec,ibdate,btime,iedate,etime

rdum,rdum,iutm,xorg,yorg,delx,dely,nx,ny,nz,idum,idum,rdum,rdum,rdum

izero,izero,nx,ny

(mspec(l),l=1,nspec)

ibdate,btime,iedate,etime

ione,nstk

(idum,idum,kcell(n),flow(n),rdum,n=1,nstk)

Loop from 1 to nspec species:

ione,mspec(l),(ptems(n,l),n=1,nstk)
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

7KHWLPHYDULDQWSRUWLRQRIWKHLQLWLDOFRQGLWLRQVILOHKDVWKHIROORZLQJVWUXFWXUHZKHUHWKH

IROORZLQJUHFRUGVDUHUHSHDWHGIRUHDFKXSGDWHWLPH

7KHYDULDEOHVWKDWDUHXQLTXHWRWKHJULGGHGHPLVVLRQILOHKDYHWKHIROORZLQJGHILQLWLRQV

name 7H[WVWULQJ ́(0,66,216μFKDUDFWHU
DUUD\

note 7H[WVWULQJFRQWDLQLQJILOHGHVFULSWLRQFKDUDFWHU
DUUD\

emiss 6SHFLHVOJULGGHGHPLVVLRQUDWHPROKUIRUJDVHVJKUIRUDHURVROVIRU

Q[JULGFROXPQVDQGQ\JULGURZV

6HHWKHVHFWLRQGHVFULELQJWKHLQLWLDOFRQGLWLRQVILOHIRUDIXOOOLVWRIYDULDEOHGHILQLWLRQV

FRPPRQWRDOO8$0,9W\SHILOHV

)2575$1%,1$5<287387),/(6

&RDUVHDQGILQHJULGLQVWDQWDQHRXVILOHVFRQWDLQIXOOWKUHHGLPHQVLRQDOILHOGVRIDOOVSHFLHV

PRGHOHGZKLOHWKHFRDUVHDQGILQHJULGDYHUDJHILOHVFRQWDLQRQO\WKRVHVSHFLHVVSHFLILHGLQ

WKHUXQFRQWUROILOH)RUIOH[LELOLW\&$0[RIIHUVWKHRSWLRQWRZULWHIXOOWKUHHGLPHQVLRQDO

DYHUDJHFRQFHQWUDWLRQILHOGVRUMXVWVXUIDFHOD\HUWZRGLPHQVLRQDOILHOGVVHHWKH ́'DYHUDJH

ILOHμRSWLRQLQ7DEOH,WLVSHUPLVVLEOHWRFKDQJHWKHQXPEHURIVSHFLHVRQWKHDYHUDJH

ILOHRUFKDQJHEHWZHHQ'DQG'DYHUDJHILOHVIURPRQH&$0[VLPXODWLRQGD\WRWKHQH[W

SURYLGHGWKHGD\VDUHFRQILJXUHGDVVHSDUDWH&$0[UXQV$VWKHLQVWDQWDQHRXV

FRQFHQWUDWLRQILOHVDUHXVHGSULPDULO\IRU&$0[UHVWDUWFDSDELOLWLHVWKHPRGHORQO\ZULWHV

LQVWDQWDQHRXVILHOGVIRUWKHODWHVWWZRVLPXODWLRQKRXUV7KHLQVWDQWILOHODEHOHG ́UHFHLYHV

LQVWDQWDQHRXVILHOGVIRUWKHODWHVWRGGKRXUDQGWKHILOHODEHOHG ́UHFHLYHVLQVWDQWDQHRXV

ILHOGVIRUWKHODWHVWHYHQKRXU3L*RXWSXWILOHVDUHXQLTXHWR&$0[DQGDUHXVHGSULPDULO\

IRUPRGHOUHVWDUWV7KH3L*ILOHFRQWDLQVDOOLQIRUPDWLRQFDUULHGE\WKHVXEPRGHOIRUDOO

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7KHFRDUVHJULG)RUWUDQELQDU\RXWSXWDYHUDJHDQGLQVWDQWDQHRXVFRQFHQWUDWLRQILOHVKDYHWKH

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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

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Loop from 1 to nnest grid nests

ibeg,jbeg,iend,jend,mesh,ione,nx,ny,nz,iparnt,ilevel

time,idate

Loop from 1 to nnest grid nests

Loop from 1 to nspec species:

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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

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idpsrc 3RLQWVRXUFHQXPEHULQHOHYDWHGSRLQWVRXUFHILOH

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hsrc 6WDFNKHLJKWPRIQVUF3L*SRLQWVRXUFHV

dsrc 6WDFNGLDPHWHUPRIQVUF3L*SRLQWVRXUFHV

tsrc 6WDFNH[LWWHPSHUDWXUH.RIQVUF3L*SRLQWVRXUFHV

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zpig 3XIIKHLJKWP$*/IRUQSLJSXIIV

xlength 3XIIORQJLWXGLQDOOHQJWKPIRUQSLJSXIIV

axisy 3XIIODWHUDOZLGWKPIRUQSLJSXIIV

axisz 3XIIYHUWLFDOGHSWKPIRUQSLJSXIIV

sigy 3XII*DXVVLDQODWHUDOGLPHQVLRQPIRUQSLJSXIIV

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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

#!/bin/csh

#

# Script to Run CAMx

#

set verbose

set INPUT = "test_run/inputs"

set EMIS = "test_run/emiss"

set PTSRCE = "test_run/ptsrce"

set OUTPUT = "test_run/outputs"

set TRACIN = "test_run/osat_inputs"

set TRACOUT = "test_run/osat_outputs"

set TRACEMS = "test_run/osat_emiss"

date

#

# --- Create the input file (always called CAMx.in)

#

cat << ieof > CAMx.in

CAMx Version |VERSION3

Run Message |CAMx Test of v3.00

Root output name |$OUTPUT/CAMx3.test.950707

Start yr/mo/dy/hr |1995 07 07 0.

End yr/mo/dy/hr |1995 07 07 2400.

DT:max,in,emis,out |0.5 1. 1. 1.

nx,ny,nz |64 63 5 

Coordinate ID |LATLON

xorg,yorg,dx,dy |-99. 26. .5 .33333

time zone |5

PiG parameters |5000. 12.

Avg output species |15

 |NO NO2 O3 PAR TOL ETH 

 |OLE PAN ISOP XYL FORM ALD2 

 |HNO3 NXOY NTR 

# nested grids |1

i1,i2,j1,j2,nz,mesh|15 59 19 54 7 3

SMOLAR, BOTT, PPM? |SMOLAR

Chemistry Solver |CMC

Restart |false

Chemistry |true

Dry dep |true

Wet dep |true

PiG submodel |true

Staggered winds |false

Treat gridded emiss|true

Treat point emiss |true

1-day emiss inputs |true

3-D average file |false

Probing Tools |true

File Root |$TRACOUT/CAMx3.OSAT.950707

Technology type | OSAT

Coarse sfc output | true

Fine sfc output | true

Stratify Boundary | false

# of Source Regions| 19 

# of Source Groups | 3

Use leftover group | true

# timing releases | 0

Chemparam |$INPUT/CAMx3.chemparm.3

Photolysis rates |$INPUT/rate.ng.99jul95.ai.basD

)LJXUH$VDPSOH&$0[MREVFULSWWKDWJHQHUDWHVD ́&$0[LQμILOHDQGUXQVWKHPRGHO

7KLVUXQKDV26$7HQDEOHGZLWKVRXUFHUHJLRQVDQGHPLVVLRQJURXSV
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

Landuse |$INPUT/surf.cc.commonfile.ai.basD

Height/pressure |$INPUT/rams/hght.cc.07jul95.ne.rams1b

Wind |$INPUT/wind.cc.07jul95.ne.rams1b.camx2

Temperature |$INPUT/tmpr.cc.07jul95.ne.rams1b.camx2

Water vapor |$INPUT/rams/wvap.cc.07jul95.ne.rams1b

Cloud cover |$INPUT/clou.cc.07jul95.ld.basD

Rainfall |$INPUT/anlrain.950707.out

Vertical diffsvty |$INPUT/rams/vdif.cc.07jul95.wi.rams1bnew

Initial conditions |$INPUT/init.cc.07jul95.ld.basD

Boundary conditions|$INPUT/bndr.cc.07jul95.ld.basD.a0

Top concentration |$INPUT/topc.ng.commonfile.ai.basD

Albedo/haze/ozone |$INPUT/ahoz.cf.99jul95.ld.basD

Point emiss |$PTSRCE/ptsr.ng.07jul95-95.ne.95basD2

Gridded emiss |$EMIS/emis.cc.07jul95-95.ne.95basD2

Landuse Grd#1 |$INPUT/surf.ff.commonfile.ai.basD

Hght/press Grd#1 |$INPUT/rams/hght.ff.07jul95.ne.rams1b

Wind Grd#1 |$INPUT/wind.ff.07jul95.ne.rams1b.camx2

Temperature Grd#1 |

Vert diff Grd#1 |$INPUT/rams/vdif.ff.07jul95.wi.rams1bnew

Gridded emis Grd#1 |$EMIS/emis.ff.07jul95-95.ne.95basD2

Source area mapping|$TRACIN/source.map

Receptor definition|$TRACIN/receptor.cities

Area Grp#1 Grd#1 |$TRACEMS/bio2.cc.07jul95-95

Area Grp#1 Grd#2 |$TRACEMS/bio2.ff.07jul95-95.ne

Point Grp#1 |

Area Grp#2 Grd#1 |$TRACEMS/utillowp.cc.07jul95-07.ag.07cem1A-run11

Area Grp#2 Grd#2 |$TRACEMS/utillowp.ff.07jul95-07.ag.07cem1A-run11

Point Grp#2 |$PTSRCE/utilptsr.ng.07jul95-07.ag.07cem1A-run11

ieof

#

# --- Execute the model ---

#

/bin/time /models/camx/CAMx3 |& tee CAMx3.OSAT.950707.stdout

date

#

# --- Loop over remaining days to be simulated

#

foreach today (08 09 10 11 12 13 14 15 16 17 18)

set yesterday = `echo $today | awk '{printf("%2.2d",$1-1)}'`

set todate = `echo $today | awk '{printf("%2.2djul95",$1)}'`

#

# --- Create the input file (always called CAMx.in)

#

cat << ieof > CAMx.in

CAMx Version |VERSION3

Run Message |CAMx Test of v3.00

Root output name |$OUTPUT/CAMx3.test.9507$today

Start yr/mo/dy/hr |1995 07 $today 0.

End yr/mo/dy/hr |1995 07 $today 2300.

DT:max,in,emis,out |0.5 1. 1. 1.

nx,ny,nz |64 63 5 

Coordinate ID |LATLON

xorg,yorg,dx,dy |-99. 26. .5 .33333

time zone |5

PiG parameters |5000. 12.

)LJXUHFRQWLQXHG
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

Avg output species |15

 |NO NO2 O3 PAR TOL ETH 

 |OLE PAN ISOP XYL FORM ALD2 

 |HNO3 NXOY NTR 

# nested grids |1

i1,i2,j1,j2,nz,mesh|15 59 19 54 7 3

SMOLAR, BOTT, PPM? |SMOLAR

Restart |true

Chemistry |true

Dry dep |true

Wet dep |true

PiG submodel |true

Staggered winds |false

Treat gridded emiss|true

Treat point emiss |true

1-day emiss inputs |true

3-D average file |false

Probing Tools |true

File Root |$TRACOUT/CAMx3.OSAT.9507$today

Technology type | OSAT

Coarse sfc output | true

Fine sfc output | true

Stratify Boundary | false

# of Source Regions| 19 

# of Source Groups | 3

Use leftover group | true

# timing releases | 0

Chemparam |$INPUT/CAMx3.chemparm.3

Photolysis rates |$INPUT/rate.ng.99jul95.ai.basD

Landuse |$INPUT/surf.cc.commonfile.ai.basD

Height/pressure |$INPUT/rams/hght.cc.$todate.ne.rams1b

Wind |$INPUT/rams/wind.cc.$todate.ne.rams1b.camx2

Temperature |$INPUT/rams/tmpr.cc.$todate.ne.rams1b.camx2

Water vapor |$INPUT/rams/wvap.cc.$todate.ne.rams1b

Cloud cover |$INPUT/clou.cc.$todate.ld.basD

Rainfall |$INPUT/anlrain.9507$today.out

Vertical diffsvty |$INPUT/rams/vdif.cc.$todate.wi.rams1bnew

Initial conditions |

Boundary conditions|$INPUT/bndr.cc.$todate.ld.basD.a0

Top concentration |$INPUT/topc.ng.commonfile.ai.basD

Albedo/haze/ozone |$INPUT/ahoz.cf.99jul95.ld.basD

Point emiss |$PTSRCE/ptsr.ng.$todate-95.ne.95basD2

Gridded emiss |$EMIS/emis.cc.$todate-95.ne.95basD2

Landuse Grd#1 |$INPUT/surf.ff.commonfile.ai.basD

Hght/press Grd#1 |$INPUT/rams/hght.ff.$todate.ne.rams1b

Wind Grd#1 |$INPUT/rams/wind.ff.$todate.ne.rams1b

Temperature Grd#1 |

Vert diff Grd#1 |$INPUT/rams/vdif.ff.$todate.wi.rams1bnew

Gridded emis Grd#1 |$EMIS/emis.ff.$todate-95.ne.95basD2

Coarse grid restart|$OUTPUT/CAMx3.test.9507$yesterday.inst.2

Fine grid restart |$OUTPUT/CAMx3.test.9507$yesterday.finst.2

PiG restart |$OUTPUT/CAMx3.test.9507$yesterday.pig

Source area mapping|$TRACIN/source.map

Receptor definition|$TRACIN/receptor.cities

CG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.inst.2

FG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.finst.2

Area Grp#1 Grd#1 |$TRACEMS/bio2.cc.$todate-95

Area Grp#1 Grd#2 |$TRACEMS/bio2.ff.$todate-95.ne

)LJXUHFRQWLQXHG
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

Point Grp#1 |

Area Grp#2 Grd#1 |$TRACEMS/utillowp.cc.$todate-07.ag.07cem1A-run11

Area Grp#2 Grd#2 |$TRACEMS/utillowp.ff.$todate-07.ag.07cem1A-run11

Point Grp#2 |$PTSRCE/utilptsr.ng.$todate-07.ag.07cem1A-run11

ieof

#

# --- Execute the model ---

#

/bin/time /models/camx/CAMx3 |& tee CAMx3.OSAT.9507$today.stdout

date

end

)LJXUHFRQFOXGHG
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

CAMx Version |VERSION3

Mechanism ID |3

Description |CBM-IV / updated rad-rad rxns / Carter 1 product ISOP mech

No of gas species |25

No of aero species |0

No of reactions |96

Prim photo rxns |6 1 38 39 9 45 95 

No of sec photo rxn|6

ID, prim ID, scale | 8 1 0.053

 |14 1 33.9

 |23 1 0.1975

 |34 39 0.189

 |69 38 9.04

 |74 38 9.64

Species Records

 Gas Spec lower bnd H-law T-fact Diffrat Reactvty

 1 NO 1.00E-15 1.90e-03 -1480. 1.29 0.0

 2 NO2 1.00E-09 1.00e-02 -2516. 1.60 0.1

 3 O3 1.00E-09 1.10e-02 -2415. 1.63 1.0

 4 PAN 1.00E-09 3.60e+00 -5910. 2.59 0.1

 5 NXOY 1.00E-12 3.20e+04 -8706. 2.45 0.1

 6 OLE 1.00E-09 5.00e-03 0. 1.80 0.0

 7 PAR 1.00E-04 1.00e-03 0. 2.00 0.0

 8 TOL 1.00E-09 1.20e+00 0. 2.26 0.0

 9 XYL 1.00E-09 1.40e+00 0. 2.43 0.0

 10 FORM 1.00E-09 6.30e+03 -6492. 1.29 0.0

 11 ALD2 1.00E-09 6.30e+03 -6492. 1.56 0.0

 12 ETH 1.00E-09 1.00e-02 0. 1.25 0.0

 13 CRES 1.00E-09 2.70e+03 -6492. 2.45 0.0

 14 MGLY 1.00E-09 2.70e+03 -6492. 2.00 0.0

 15 OPEN 1.00E-12 2.70e+03 -6492. 2.47 0.0

 16 PNA 1.00E-09 2.00e+04 -5910. 2.09 0.0

 17 CO 1.00E-04 1.00e-10 0. 1.25 0.0

 18 HONO 1.00E-09 5.90e+01 -4781. 1.62 0.1

 19 H2O2 1.00E-09 7.40e+04 -6643. 1.37 1.0

 20 HNO3 1.00E-09 2.00e+05 -8707. 1.87 0.0

 21 ISOP 1.00E-09 1.00e-02 0. 1.94 0.0

 22 MEOH 1.00E-09 2.20e+02 -4932. 1.33 0.0

 23 ETOH 1.00E-09 2.20e+02 -4932. 1.60 0.0

 24 ISPD 1.00E-09 6.30e+03 -6492. 1.97 0.0

 25 NTR 1.00E-09 9.40e+03 -8706. 2.72 0.0

Reaction Records

Rxn Typ Parameters (1 to 10, depending upon Typ)

 1 1 0.0000E+00

 2 2 4.3233E+06 -1.1750E+03

 3 2 2.6640E+01 1.3700E+03

 4 1 1.3750E+04

 5 2 2.3090E+03 -6.8700E+02

 6 2 2.4380E+03 -6.0200E+02

 7 2 4.7310E-02 2.4500E+03

 8 1 0.0000E+00

 9 1 0.0000E+00

 10 2 4.2500E+10 -3.9000E+02

 11 1 3.2600E+05

 12 2 1.0000E+02 9.4000E+02

 13 2 2.9990E+00 5.8000E+02

 14 1 0.0000E+00

 15 2 4.4167E+04 -2.5000E+02

)LJXUHD([DPSOH&$0[FKHPLVWU\SDUDPHWHUVILOHIRU0HFKDQLVP
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 16 2 5.9010E-01 1.2300E+03

 17 2 1.8530E+03 -2.5600E+02

 18 1 1.9000E-06

 19 2 2.7760E+00 1.0897E+04

 20 2 1.5390E-04 -5.3000E+02

 21 1 1.6000E-11

 22 2 9.7990E+03 -8.0600E+02

 23 1 0.0000E+00

 24 1 9.7700E+03

 25 1 1.5000E-05

 26 2 1.6817E+04 -7.1300E+02

 27 2 2.1790E+02 -1.0000E+03

 28 2 1.2270E+04 -2.4000E+02

 29 1 0.0000E+00

 30 1 0.0000E+00

 31 1 0.0000E+00

 32 2 4.1440E+03 -1.1500E+03

 33 2 2.1810E-01 -5.8000E+03

 34 1 0.0000E+00

 35 2 2.5200E+03 1.8700E+02

 36 1 3.2200E+02

 37 1 1.5000E+04

 38 1 0.0000E+00

 39 1 0.0000E+00

 40 2 2.3700E+02 1.5500E+03

 41 1 9.3000E-01

 42 2 6.3600E+02 9.8600E+02

 43 2 2.4000E+04 -2.5000E+02

 44 1 3.7000E+00

 45 1 0.0000E+00

 46 2 2.8200E+04 1.8000E+02

 47 2 1.3700E+04 -3.8000E+02

 48 2 2.5400E-02 1.3500E+04

 49 1 3.7000E+03

 50 1 9.6000E+03

 51 2 2.1000E+01 1.7100E+03

 52 1 1.2030E+03

 53 2 1.3710E+05 8.0000E+03

 54 1 9.5450E+04

 55 1 2.2000E+04

 56 2 5.9200E+03 3.2400E+02

 57 2 4.2000E+04 -5.0400E+02

 58 2 1.8000E-02 2.1050E+03

 59 1 1.1350E+01

 60 2 1.0800E+03 7.9200E+02

 61 2 1.1920E+04 -4.1100E+02

 62 2 2.7000E-03 2.6330E+03

 63 2 9.1500E+03 -3.2200E+02

 64 1 1.2000E+04

 65 1 2.5000E+02

 66 1 6.1000E+04

 67 1 3.2500E+04

 68 1 2.0000E+04

 69 1 0.0000E+00

 70 1 4.4000E+04

 71 2 1.5000E-02 5.0000E+02

)LJXUHDFRQWLQXHG

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 72 2 3.6200E+04 -1.1600E+02

 73 1 2.6000E+04

 74 1 0.0000E+00

 75 1 5.3200E+04

 76 1 1.4760E+05

 77 1 1.9000E-02

 78 1 9.9600E+02

 79 1 1.2000E+04

 80 2 2.0000E+03 -1.3000E+03

 81 1 1.2000E+04

 82 2 1.1100E+03 -1.6000E+02

 83 1 8.1667E-05

 84 1 1.6000E+03

 85 2 4.3000E+03 -1.7600E+02

 86 2 8.9000E+03 -1.3000E+03

 87 2 8.9000E+03 -1.3000E+03

 88 2 2.0000E+03 -1.3000E+03

 89 2 4.0000E+03 -1.3000E+03

 90 2 1.6260E+05 -2.5000E+02

 91 1 2.7778E-04

 92 1 4.9667E+04

 93 1 1.0500E-02

 94 1 1.4780E+00

 95 1 0.0000E+00

 96 1 2.2000E-04

)LJXUHDFRQFOXGHG
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CAMx Version |VERSION3

Mechanism ID |5

Description |SAPRC 97

No of gas species |40

No of aero species |0

No of reactions |184

Prim photo rxns |6 1 72 73 16 80 178 

No of sec photo rxn|16

ID, prim ID, scale |13 1 2.14 

 |14 1 19.3 

 |15 1 0.0521 

 |20 178 991.3 

 |38 73 0.146

 |69 73 0.144

 |83 80 3.73

 |86 80 0.127

 |88 72 0.0461

 |104 72 1.43

 |105 178 40.2

 |114 72 0.240

 |115 73 3.03

 |123 178 25.8

 |139 178 21.4

 |141 178 277.8

Species Records

 Gas Spec lower bnd H-law T-fact Diffrat Reactvty

1 NO 1.00E-15 1.90E-03 -1480.0 1.29 0.0 

2 NO2 1.00E-09 1.00E-02 -2516.0 1.60 0.1

3 O3 1.00E-09 1.10E-02 -2415.0 1.63 1.0

4 PAN 1.00E-09 3.60E+00 -5910.0 2.59 0.1

5 PPN 1.00E-09 3.60E+00 -5910.0 2.74 0.1

6 GPAN 1.00E-09 3.60E+00 -5910.0 2.84 0.1

7 PBZN 1.00E-09 3.60E+00 -5910.0 3.19 0.1

8 NXOY 1.00E-12 3.20E+04 -8706.0 2.45 0.1

9 HNO3 1.00E-09 2.00E+05 -8707.0 1.87 0.0

10 HONO 1.00E-09 5.90E+01 -4781.0 1.62 0.1

11 RNO3 1.00E-09 9.40E+03 -8706.0 2.72 0.0

12 XN 1.00E-09 9.40E+03 -8706.0 2.72 0.0

13 NPHE 1.00E-09 9.40E+03 -8706.0 2.78 0.0

14 PNA 1.00E-09 2.00E+04 -5910.0 2.09 0.0

15 SO2 1.00E-09 1.00E-02 -2516.0 1.60 0.1

16 H2O2 1.00E-09 7.40E+04 -6643.0 1.37 1.0

17 OOH 1.00E-09 1.00E+02 0.0 2.40 1.0

18 FORM 1.00E-09 6.30E+03 -6492.0 1.29 0.0

19 CCHO 1.00E-09 6.30E+03 -6492.0 1.56 0.0

20 RCHO 1.00E-09 6.30E+03 -6492.0 1.80 0.0

21 ACET 1.00E-09 2.80E+01 0.0 1.80 0.0

22 MEK 1.00E-09 2.80E+01 0.0 2.00 0.0

23 GLY 1.00E-09 3.00E+05 0.0 1.80 0.0

24 MGLY 1.00E-09 3.70E+03 0.0 2.00 0.0

25 PHEN 1.00E-09 2.40E+03 0.0 2.29 0.0

26 CRES 1.00E-09 2.40E+03 0.0 2.45 0.0

27 BALD 1.00E-09 2.50E+01 0.0 2.43 0.0

28 AFG1 1.00E-12 3.70E+03 0.0 1.80 0.0

29 AFG2 1.00E-12 3.70E+03 0.0 2.00 0.0

30 CO 1.00E-04 1.00E-10 0.0 1.25 0.0

31 ETH 1.00E-09 1.00E-02 0.0 1.25 0.0

32 ALK1 1.00E-04 1.00E-03 0.0 1.90 0.0

33 ALK2 1.00E-04 5.00E-04 0.0 2.64 0.0

34 ARO1 1.00E-09 1.50E-01 0.0 2.29 0.0

)LJXUHE([DPSOH&$0[FKHPLVWU\SDUDPHWHUVILOHIRU0HFKDQLVP
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35 ARO2 1.00E-09 1.40E-01 0.0 2.56 0.0

36 OLE1 1.00E-09 5.00E-03 0.0 1.62 0.0

37 OLE2 1.00E-09 5.00E-03 0.0 2.03 0.0

38 OLE3 1.00E-09 5.00E-03 0.0 2.75 0.0

39 ISOP 1.00E-09 1.00E-02 0.0 1.94 0.0

40 ISPD 1.00E-09 6.30E+03 0.0 1.97 0.0

Reaction Records

Rxn Typ Parameters (1 to 10, depending upon Typ)

 1 1 0.0000E+00

 2 3 2.1550E-05 0.0000E+00 -4.3000E+00 3.0000E+02

 3 3 9.5410E+03 1.2000E+02 -1.0000E+00 3.0000E+02

 4 4 3.2320E-03 0.0000E+00 -4.0000E+00 3.0000E+02 3.2290E+04 0.0000E+00

-1.0000E+00 3.0000E+02 6.0000E-01 1.0000E+00

 5 3 2.9360E+03 -1.4000E+03 -1.0000E+00 3.0000E+02

 6 3 2.0550E+02 -2.5000E+03 -1.0000E+00 3.0000E+02

 7 3 2.4950E+04 1.5000E+02 -1.0000E+00 3.0000E+02

 8 3 1.1850E-10 5.2800E+02 -2.0000E+00 3.0000E+02

 9 4 7.9010E-02 0.0000E+00 -6.3000E+00 3.0000E+02 2.2020E+03 0.0000E+00

-1.5000E+00 3.0000E+02 6.0000E-01 1.0000E+00

 10 5 9. 2.6910E-14 1.1202E+04 0.0000E+00 3.0000E+02

 11 3 1.4680E-06 0.0000E+00 -1.0000E+00 3.0000E+02

 12 3 3.6700E+01 -1.2280E+03 -1.0000E+00 3.0000E+02

 13 1 0.0000E+00

 14 1 0.0000E+00

 15 1 0.0000E+00

 16 1 0.0000E+00

 17 3 3.2290E+05 0.0000E+00 -1.0000E+00 3.0000E+02

 18 3 2.8170E+04 1.2600E+02 -1.0000E+00 3.0000E+02

 19 4 2.5140E-02 0.0000E+00 -4.6000E+00 3.0000E+02 2.2020E+04 0.0000E+00

-1.5000E+00 3.0000E+02 6.0000E-01 1.0000E+00

 20 1 0.0000E+00

 21 4 9.3370E-02 0.0000E+00 -5.2000E+00 3.0000E+02 3.5230E+04 0.0000E+00

-2.3000E+00 3.0000E+02 6.0000E-01 1.0000E+00

 22 3 9.4680E+00 8.3100E+02 -1.0000E+00 3.0000E+02

 23 3 3.5230E+02 0.0000E+00 -1.0000E+00 3.0000E+02

 24 3 2.3490E+03 -9.4100E+02 -1.0000E+00 3.0000E+02

 25 3 5.4310E+03 2.4200E+02 -1.0000E+00 3.0000E+02

 26 1 0.0000E+00

 27 1 0.0000E+00

 28 1 0.0000E+00

 29 3 1.6150E+01 -5.0000E+02 -1.0000E+00 3.0000E+02

 30 3 3.2290E+02 6.1900E+02 -1.0000E+00 3.0000E+02

 31 3 6.8230E-05 9.8100E+02 -2.0000E+00 3.0000E+02

 32 3 1.1130E-05 2.8180E+03 -2.0000E+00 3.0000E+02

 33 3 2.3700E-06 3.1800E+03 -2.0000E+00 3.0000E+02

 34 3 3.2290E+02 6.1900E+02 -1.0000E+00 3.0000E+02

 35 3 6.8230E-05 9.8100E+02 -2.0000E+00 3.0000E+02

 36 3 1.1130E-05 2.8180E+03 -2.0000E+00 3.0000E+02

 37 3 2.3700E-06 3.1800E+03 -2.0000E+00 3.0000E+02

 38 1 0.0000E+00

 39 3 4.8440E+03 -2.0000E+02 -1.0000E+00 3.0000E+02

 40 3 6.7520E+04 2.3000E+02 -1.0000E+00 3.0000E+02

 41 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 42 4 2.0290E+01 0.0000E+00 -9.1000E+00 3.0000E+02 3.8750E+04 0.0000E+00

-1.9000E+00 3.0000E+02 2.7000E-01 1.0000E+00

 43 4 9.2290E+00 0.0000E+00 -9.1000E+00 3.0000E+02 1.7610E+04 0.0000E+00

-1.9000E+00 3.0000E+02 3.0000E-01 1.0000E+00

 44 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 45 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 46 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

 47 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

)LJXUHEFRQWLQXHG
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 48 3 4.1100E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 49 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 50 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 51 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

 52 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 53 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 54 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 55 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

 56 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 57 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 58 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 59 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

 60 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 61 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 62 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 63 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

 64 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 65 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 66 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 67 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

 68 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 69 1 0.0000E+00

 70 3 1.7320E+03 1.2800E+02 -1.0000E+00 3.0000E+02

 71 3 2.6280E+03 2.1900E+02 -1.0000E+00 3.0000E+02

 72 1 0.0000E+00

 73 1 0.0000E+00

 74 3 1.6510E+03 6.4800E+02 1.0000E+00 3.0000E+02

 75 3 1.4240E+01 6.2500E+02 -1.0000E+00 3.0000E+02

 76 3 1.4400E+14 -7.0000E+03 0.0000E+00 3.0000E+02

 77 3 6.1650E+03 1.8100E+02 -1.0000E+00 3.0000E+02

 78 3 4.1100E+03 -2.5160E+03 -1.0000E+00 3.0000E+02

 79 3 8.1470E+03 3.1100E+02 -1.0000E+00 3.0000E+02

 80 1 0.0000E+00

 81 3 2.0550E+03 -1.8600E+03 -1.0000E+00 3.0000E+02

 82 3 1.2480E+04 2.5200E+02 -1.0000E+00 3.0000E+02

 83 1 0.0000E+00

 84 3 2.0550E+03 -1.8600E+03 -1.0000E+00 3.0000E+02

 85 3 7.0610E+02 -2.3000E+02 1.0000E+00 3.0000E+02

 86 1 0.0000E+00

 87 3 4.2860E+02 4.1400E+02 1.0000E+00 3.0000E+02

 88 1 0.0000E+00

 89 3 3.2160E+04 -7.0900E+02 -1.0000E+00 3.0000E+02

 90 4 2.0290E+01 0.0000E+00 -9.1000E+00 3.0000E+02 3.8750E+04 0.0000E+00

-1.9000E+00 3.0000E+02 2.7000E-01 1.0000E+00

 91 4 9.2290E+00 0.0000E+00 -9.1000E+00 3.0000E+02 1.7610E+04 0.0000E+00

-1.9000E+00 3.0000E+02 3.0000E-01 1.0000E+00

 92 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 93 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 94 3 4.1100E+03 5.3000E+02 -1.0000E+00 3.0000E+02

 95 4 7.9000E+12 -1.2063E+04 -1.0000E+00 3.0000E+02 2.4000E+18 -1.3627E+04

0.0000E+00 3.0000E+02 3.0000E-01 1.0000E+00

 96 4 2.0290E+01 0.0000E+00 -9.1000E+00 3.0000E+02 3.8750E+04 0.0000E+00

-1.9000E+00 3.0000E+02 2.7000E-01 1.0000E+00

 97 3 1.2330E+04 0.0000E+00 -1.0000E+00 3.0000E+02

 98 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

 99 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

100 3 4.1100E+03 5.3000E+02 -1.0000E+00 3.0000E+02

101 3 9.6000E+18 -1.4073E+04 0.0000E+00 3.0000E+02

102 3 3.5230E+04 0.0000E+00 -1.0000E+00 3.0000E+02

103 3 4.5000E+16 -8.1520E+03 0.0000E+00 3.0000E+02

104 1 0.0000E+00

)LJXUHEFRQWLQXHG
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105 1 0.0000E+00

106 3 1.6730E+04 0.0000E+00 -1.0000E+00 3.0000E+02

107 3 2.0550E+03 -1.8600E+03 -1.0000E+00 3.0000E+02

108 4 2.0290E+01 0.0000E+00 -9.1000E+00 3.0000E+02 3.8750E+04 0.0000E+00

-1.9000E+00 3.0000E+02 2.7000E-01 1.0000E+00

109 4 9.2290E+00 0.0000E+00 -9.1000E+00 3.0000E+02 1.7610E+04 0.0000E+00

-1.9000E+00 3.0000E+02 3.0000E-01 1.0000E+00

110 4 7.9000E+12 -1.2063E+04 -1.0000E+00 3.0000E+02 2.4000E+18 -1.3627E+04

0.0000E+00 3.0000E+02 3.0000E-01 1.0000E+00

111 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

112 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

113 3 4.1100E+03 5.3000E+02 -1.0000E+00 3.0000E+02

114 1 0.0000E+00

115 1 0.0000E+00

116 3 2.5250E+04 0.0000E+00 -1.0000E+00 3.0000E+02

117 3 2.0550E+03 -1.8600E+03 -1.0000E+00 3.0000E+02

118 3 3.8610E+04 0.0000E+00 -1.0000E+00 3.0000E+02

119 3 5.2840E+03 0.0000E+00 -1.0000E+00 3.0000E+02

120 3 6.1650E+04 0.0000E+00 -1.0000E+00 3.0000E+02

121 3 3.0830E+04 0.0000E+00 -1.0000E+00 3.0000E+02

122 3 1.8940E+04 0.0000E+00 -1.0000E+00 3.0000E+02

123 1 0.0000E+00

124 3 2.0550E+03 -1.8860E+03 -1.0000E+00 3.0000E+02

125 4 2.0290E+01 0.0000E+00 -9.1000E+00 3.0000E+02 3.8750E+04 0.0000E+00

-1.9000E+00 3.0000E+02 2.7000E-01 1.0000E+00

126 3 1.2330E+04 0.0000E+00 -1.0000E+00 3.0000E+02

127 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

128 3 2.7300E+03 5.3000E+02 -1.0000E+00 3.0000E+02

129 3 4.1100E+03 5.3000E+02 -1.0000E+00 3.0000E+02

130 3 9.6000E+16 -1.3033E+04 0.0000E+00 3.0000E+02

131 3 1.9080E+04 3.0000E+02 -1.0000E+00 3.0000E+02

132 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

133 1 6.0000E-02

134 3 5.2840E+03 0.0000E+00 -1.0000E+00 3.0000E+02

135 3 1.9080E+04 3.0000E+02 -1.0000E+00 3.0000E+02

136 3 4.9910E+02 8.0000E+02 -1.0000E+00 3.0000E+02

137 1 6.0000E-02

138 3 1.6730E+04 0.0000E+00 -1.0000E+00 3.0000E+02

139 1 0.0000E+00

140 3 2.5250E+04 0.0000E+00 -1.0000E+00 3.0000E+02

141 1 0.0000E+00

142 3 9.1820E+02 -1.2820E+03 1.0000E+00 3.0000E+02

143 1 6.0000E+01

144 1 6.0000E+01

145 1 6.0000E+01

146 1 6.0000E+01

147 1 6.0000E+01

148 1 6.0000E+01

149 3 2.8770E+03 4.3800E+02 -1.0000E+00 3.0000E+02

150 3 1.3420E+01 -2.5800E+03 -1.0000E+00 3.0000E+02

151 3 7.9710E+03 -3.0410E+03 -1.0000E+00 3.0000E+02

152 3 1.5270E+04 -7.9200E+02 -1.0000E+00 3.0000E+02

153 3 4.0560E+03 4.3300E+01 0.0000E+00 3.0000E+02

154 3 1.1250E+04 9.2600E+01 0.0000E+00 3.0000E+02

155 3 1.1990E+03 5.8320E+02 0.0000E+00 3.0000E+02

156 3 1.5160E+04 2.9740E+02 0.0000E+00 3.0000E+02

157 3 2.7200E+03 8.0110E+02 0.0000E+00 3.0000E+02

158 3 2.7680E+00 -1.5575E+03 0.0000E+00 3.0000E+02

159 3 6.4630E+03 -2.6700E+01 0.0000E+00 3.0000E+02

160 3 2.2110E+02 -8.1020E+02 0.0000E+00 3.0000E+02

161 3 6.0490E+03 8.1670E+02 0.0000E+00 3.0000E+02

)LJXUHEFRQWLQXHG
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162 3 3.2210E+00 -7.3770E+02 0.0000E+00 3.0000E+02

163 3 1.2590E+04 3.2110E+02 0.0000E+00 3.0000E+02

164 3 3.7250E+02 1.3180E+02 0.0000E+00 3.0000E+02

165 3 2.8020E+04 4.6850E+02 0.0000E+00 3.0000E+02

166 3 1.7540E-01 -1.1670E+02 0.0000E+00 3.0000E+02

167 3 2.5730E+04 2.9740E+02 0.0000E+00 3.0000E+02

168 3 2.3850E+03 4.3080E+02 0.0000E+00 3.0000E+02

169 4 1.0770E-02 0.0000E+00 -9.1000E+00 3.0000E+02 2.2020E+03 0.0000E+00

-1.0000E+00 3.0000E+02 6.0000E-01 1.0000E+00

170 3 3.7280E+04 4.0800E+02 -1.0000E+00 3.0000E+02

171 3 1.1540E+01 -1.9120E+03 -1.0000E+00 3.0000E+02

172 3 5.2840E+04 0.0000E+00 -1.0000E+00 3.0000E+02

173 3 4.4480E+03 -4.4800E+02 -1.0000E+00 3.0000E+02

174 3 2.2020E-04 0.0000E+00 -1.0000E+00 3.0000E+02

175 3 4.9320E+04 0.0000E+00 -1.0000E+00 3.0000E+02

176 3 1.0440E-02 0.0000E+00 -1.0000E+00 3.0000E+02

177 1 0.0000E+00

178 3 1.4680E+00 0.0000E+00 -1.0000E+00 3.0000E+02

179 1 6.0000E+01

180 1 6.0000E+01

181 1 6.0000E+01

182 1 6.0000E+01

183 1 6.0000E+01

184 1 6.0000E+01

)LJXUHEFRQFOXGHG
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

CAMx Version |VERSION3

Mechanism ID |0

Description |inert test

No of gas species |1

No of aero species |0

No of reactions |0

Prim photo rxns |0

No of sec photo rxn|0

Species Records

 Gas Spec lower bnd H-law T-fact Diffrat Reactvty

 1 TRACER 1.00E-09 1.00e-10 0. 1.00 0.0

)LJXUHF([DPSOHLQHUWFKHPLVWU\SDUDPHWHUVILOHUHTXLUHVFKHPLVWU\IODJWREHVHWIDOVHVHH

7DEOHD
&$0[ Y 8VHU·V *XLGH 'HFHPEHU 

I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

 O3 Column =0.285 Albedo =0.040 Haze O.D. =0.000 

 0.000 = Current altitude in km 

 4.562E-01 4.526E-01 4.416E-01 4.224E-01 3.934E-01 3.516E-01 2.921E-01 2.065E-01 1.148E-01 3.074E-02 

 1.670E-03 1.643E-03 1.563E-03 1.427E-03 1.236E-03 9.889E-04 6.936E-04 3.747E-04 1.502E-04 2.570E-05 

 2.211E-03 2.186E-03 2.107E-03 1.973E-03 1.776E-03 1.506E-03 1.152E-03 7.108E-04 3.352E-04 7.560E-05 

 2.078E-03 2.007E-03 1.801E-03 1.485E-03 1.097E-03 6.925E-04 3.382E-04 1.034E-04 2.201E-05 2.056E-06 

 3.131E-04 3.058E-04 2.841E-04 2.491E-04 2.027E-04 1.482E-04 9.100E-05 4.015E-05 1.264E-05 1.517E-06 

 8.728E-05 8.638E-05 8.364E-05 7.891E-05 7.189E-05 6.212E-05 4.892E-05 3.166E-05 1.580E-05 3.934E-06 

 0.150 = Current altitude in km 

 4.866E-01 4.830E-01 4.717E-01 4.521E-01 4.223E-01 3.794E-01 3.179E-01 2.284E-01 1.308E-01 3.760E-02 

 1.855E-03 1.827E-03 1.742E-03 1.598E-03 1.394E-03 1.130E-03 8.102E-04 4.566E-04 1.956E-04 3.701E-05 

 2.443E-03 2.416E-03 2.334E-03 2.193E-03 1.986E-03 1.701E-03 1.322E-03 8.415E-04 4.159E-04 1.000E-04 

 2.327E-03 2.249E-03 2.024E-03 1.677E-03 1.250E-03 8.008E-04 4.035E-04 1.337E-04 3.383E-05 4.166E-06 

 3.489E-04 3.410E-04 3.177E-04 2.799E-04 2.297E-04 1.704E-04 1.075E-04 5.024E-05 1.755E-05 2.556E-06 

 9.553E-05 9.460E-05 9.176E-05 8.684E-05 7.952E-05 6.928E-05 5.530E-05 3.672E-05 1.910E-05 5.068E-06 

 0.360 = Current altitude in km 

 5.050E-01 5.013E-01 4.900E-01 4.702E-01 4.402E-01 3.968E-01 3.343E-01 2.426E-01 1.412E-01 4.171E-02 

 1.974E-03 1.945E-03 1.857E-03 1.708E-03 1.497E-03 1.222E-03 8.862E-04 5.096E-04 2.245E-04 4.415E-05 

 2.587E-03 2.560E-03 2.477E-03 2.333E-03 2.120E-03 1.826E-03 1.432E-03 9.258E-04 4.673E-04 1.152E-04 

 2.494E-03 2.411E-03 2.174E-03 1.806E-03 1.353E-03 8.740E-04 4.474E-04 1.536E-04 4.129E-05 5.492E-06 

 3.722E-04 3.640E-04 3.396E-04 3.002E-04 2.475E-04 1.851E-04 1.183E-04 5.679E-05 2.067E-05 3.210E-06 

 1.006E-04 9.970E-05 9.681E-05 9.180E-05 8.433E-05 7.382E-05 5.940E-05 3.999E-05 2.122E-05 5.763E-06 

 0.640 = Current altitude in km 

 5.230E-01 5.193E-01 5.080E-01 4.882E-01 4.581E-01 4.143E-01 3.510E-01 2.574E-01 1.520E-01 4.577E-02 

 2.092E-03 2.062E-03 1.972E-03 1.819E-03 1.601E-03 1.315E-03 9.632E-04 5.633E-04 2.535E-04 5.126E-05 

 2.731E-03 2.703E-03 2.618E-03 2.471E-03 2.254E-03 1.951E-03 1.544E-03 1.011E-03 5.191E-04 1.304E-04 

 2.664E-03 2.577E-03 2.327E-03 1.939E-03 1.459E-03 9.497E-04 4.928E-04 1.738E-04 4.872E-05 6.809E-06 

 3.958E-04 3.872E-04 3.618E-04 3.207E-04 2.656E-04 2.000E-04 1.294E-04 6.343E-05 2.378E-05 3.860E-06 

 1.057E-04 1.047E-04 1.018E-04 9.672E-05 8.912E-05 7.839E-05 6.354E-05 4.331E-05 2.336E-05 6.448E-06 

 0.980 = Current altitude in km 

 5.409E-01 5.373E-01 5.260E-01 5.062E-01 4.760E-01 4.321E-01 3.682E-01 2.727E-01 1.635E-01 4.989E-02 

 2.210E-03 2.179E-03 2.087E-03 1.930E-03 1.705E-03 1.409E-03 1.041E-03 6.178E-04 2.827E-04 5.837E-05 

 2.873E-03 2.845E-03 2.758E-03 2.609E-03 2.387E-03 2.077E-03 1.656E-03 1.099E-03 5.718E-04 1.454E-04 

 2.837E-03 2.746E-03 2.483E-03 2.074E-03 1.567E-03 1.028E-03 5.396E-04 1.944E-04 5.611E-05 8.121E-06 

 4.195E-04 4.106E-04 3.842E-04 3.414E-04 2.840E-04 2.152E-04 1.407E-04 7.017E-05 2.689E-05 4.509E-06 

 1.107E-04 1.097E-04 1.068E-04 1.016E-04 9.392E-05 8.299E-05 6.775E-05 4.673E-05 2.556E-05 7.133E-06 

 1.380 = Current altitude in km 

 5.593E-01 5.556E-01 5.444E-01 5.247E-01 4.947E-01 4.507E-01 3.863E-01 2.892E-01 1.760E-01 5.427E-02 

 2.329E-03 2.298E-03 2.203E-03 2.042E-03 1.811E-03 1.505E-03 1.122E-03 6.743E-04 3.128E-04 6.563E-05 

 3.016E-03 2.988E-03 2.900E-03 2.749E-03 2.524E-03 2.207E-03 1.773E-03 1.190E-03 6.270E-04 1.609E-04 

 3.015E-03 2.920E-03 2.644E-03 2.215E-03 1.681E-03 1.109E-03 5.887E-04 2.158E-04 6.364E-05 9.454E-06 

 4.437E-04 4.345E-04 4.071E-04 3.627E-04 3.029E-04 2.310E-04 1.524E-04 7.716E-05 3.009E-05 5.169E-06 

 1.157E-04 1.148E-04 1.118E-04 1.066E-04 9.883E-05 8.772E-05 7.213E-05 5.031E-05 2.789E-05 7.835E-06 

 1.840 = Current altitude in km 

 5.782E-01 5.746E-01 5.635E-01 5.440E-01 5.141E-01 4.702E-01 4.056E-01 3.069E-01 1.897E-01 5.904E-02 

 2.451E-03 2.419E-03 2.322E-03 2.157E-03 1.920E-03 1.605E-03 1.206E-03 7.338E-04 3.445E-04 7.312E-05 

 3.162E-03 3.133E-03 3.045E-03 2.892E-03 2.664E-03 2.341E-03 1.894E-03 1.286E-03 6.856E-04 1.769E-04 

 3.200E-03 3.101E-03 2.811E-03 2.361E-03 1.799E-03 1.196E-03 6.407E-04 2.385E-04 7.141E-05 1.082E-05 

 4.685E-04 4.589E-04 4.307E-04 3.846E-04 3.224E-04 2.473E-04 1.647E-04 8.451E-05 3.341E-05 5.848E-06 

 1.209E-04 1.199E-04 1.169E-04 1.117E-04 1.039E-04 9.263E-05 7.671E-05 5.412E-05 3.039E-05 8.570E-06 

 2.350 = Current altitude in km 

 5.974E-01 5.939E-01 5.829E-01 5.636E-01 5.340E-01 4.904E-01 4.257E-01 3.258E-01 2.046E-01 6.425E-02 

 2.572E-03 2.540E-03 2.441E-03 2.273E-03 2.031E-03 1.706E-03 1.292E-03 7.955E-04 3.775E-04 8.077E-05 

 3.307E-03 3.278E-03 3.190E-03 3.036E-03 2.805E-03 2.477E-03 2.019E-03 1.386E-03 7.476E-04 1.934E-04 

 3.389E-03 3.285E-03 2.983E-03 2.512E-03 1.922E-03 1.285E-03 6.952E-04 2.622E-04 7.936E-05 1.221E-05 

 4.934E-04 4.836E-04 4.544E-04 4.068E-04 3.424E-04 2.641E-04 1.774E-04 9.214E-05 3.685E-05 6.538E-06 

 1.261E-04 1.251E-04 1.221E-04 1.169E-04 1.090E-04 9.763E-05 8.142E-05 5.811E-05 3.305E-05 9.333E-06 

 2.910 = Current altitude in km 

 6.169E-01 6.134E-01 6.026E-01 5.836E-01 5.543E-01 5.111E-01 4.466E-01 3.458E-01 2.209E-01 7.003E-02 

 2.694E-03 2.661E-03 2.561E-03 2.390E-03 2.143E-03 1.810E-03 1.382E-03 8.602E-04 4.124E-04 8.867E-05 

 3.452E-03 3.423E-03 3.335E-03 3.180E-03 2.948E-03 2.615E-03 2.148E-03 1.492E-03 8.140E-04 2.106E-04 

 3.582E-03 3.474E-03 3.159E-03 2.667E-03 2.049E-03 1.379E-03 7.528E-04 2.874E-04 8.761E-05 1.363E-05 

 5.187E-04 5.086E-04 4.786E-04 4.294E-04 3.628E-04 2.814E-04 1.906E-04 1.002E-04 4.045E-05 7.246E-06 

 1.312E-04 1.303E-04 1.273E-04 1.221E-04 1.142E-04 1.027E-04 8.630E-05 6.231E-05 3.593E-05 1.014E-05 

 3.530 = Current altitude in km 

 6.368E-01 6.334E-01 6.228E-01 6.041E-01 5.754E-01 5.328E-01 4.687E-01 3.673E-01 2.389E-01 7.670E-02 

 2.818E-03 2.784E-03 2.683E-03 2.510E-03 2.258E-03 1.917E-03 1.476E-03 9.296E-04 4.505E-04 9.704E-05 

 3.599E-03 3.571E-03 3.482E-03 3.328E-03 3.094E-03 2.759E-03 2.283E-03 1.605E-03 8.871E-04 2.291E-04 

 3.783E-03 3.670E-03 3.343E-03 2.830E-03 2.184E-03 1.478E-03 8.148E-04 3.147E-04 9.644E-05 1.512E-05 

 5.446E-04 5.343E-04 5.034E-04 4.528E-04 3.840E-04 2.996E-04 2.046E-04 1.088E-04 4.434E-05 7.989E-06 

 1.365E-04 1.355E-04 1.326E-04 1.274E-04 1.195E-04 1.080E-04 9.142E-05 6.681E-05 3.911E-05 1.103E-05 

 4.210 = Current altitude in km 

 6.569E-01 6.536E-01 6.433E-01 6.250E-01 5.969E-01 5.550E-01 4.917E-01 3.902E-01 2.588E-01 8.447E-02 

 2.943E-03 2.909E-03 2.807E-03 2.632E-03 2.376E-03 2.029E-03 1.574E-03 1.004E-03 4.925E-04 1.060E-04 

 3.747E-03 3.719E-03 3.631E-03 3.477E-03 3.243E-03 2.906E-03 2.424E-03 1.725E-03 9.679E-04 2.493E-04 

 3.992E-03 3.875E-03 3.534E-03 3.000E-03 2.325E-03 1.585E-03 8.818E-04 3.447E-04 1.060E-04 1.668E-05 

 5.711E-04 5.605E-04 5.289E-04 4.769E-04 4.060E-04 3.186E-04 2.195E-04 1.181E-04 4.859E-05 8.775E-06 

 1.417E-04 1.408E-04 1.379E-04 1.327E-04 1.249E-04 1.135E-04 9.674E-05 7.161E-05 4.262E-05 1.202E-05 

 O3 Column =0.285 Albedo =0.040 Haze O.D. =0.094 

 0.000 = Current altitude in km 

 4.655E-01 4.615E-01 4.493E-01 4.279E-01 3.958E-01 3.499E-01 2.855E-01 1.957E-01 1.048E-01 2.871E-02 

 1.688E-03 1.660E-03 1.576E-03 1.435E-03 1.237E-03 9.833E-04 6.824E-04 3.626E-04 1.414E-04 2.142E-05 

 2.240E-03 2.212E-03 2.129E-03 1.987E-03 1.780E-03 1.498E-03 1.132E-03 6.858E-04 3.159E-04 6.495E-05 

 2.098E-03 2.025E-03 1.815E-03 1.492E-03 1.098E-03 6.883E-04 3.334E-04 1.009E-04 2.101E-05 1.716E-06 

 3.162E-04 3.086E-04 2.863E-04 2.503E-04 2.029E-04 1.473E-04 8.961E-05 3.896E-05 1.193E-05 1.254E-06 

 8.857E-05 8.761E-05 8.467E-05 7.961E-05 7.213E-05 6.180E-05 4.802E-05 3.042E-05 1.483E-05 3.488E-06 

 0.150 = Current altitude in km

 5.004E-01 4.963E-01 4.839E-01 4.623E-01 4.296E-01 3.828E-01 3.163E-01 2.220E-01 1.237E-01 3.1E-02 

 1.870E-03 1.841E-03 1.752E-03 1.604E-03 1.394E-03 1.123E-03 7.976E-04 4.424E-04 1.847E-04 3.188E-05 

 2.473E-03 2.445E-03 2.359E-03 2.211E-03 1.994E-03 1.697E-03 1.306E-03 8.179E-04 3.956E-04 8.840E-05 

 2.338E-03 2.259E-03 2.030E-03 1.677E-03 1.245E-03 7.929E-04 3.960E-04 1.294E-04 3.180E-05 3.572E-06 

 3.509E-04 3.428E-04 3.189E-04 2.803E-04 2.292E-04 1.690E-04 1.056E-04 4.859E-05 1.651E-05 2.187E-06 

 9.713E-05 9.614E-05 9.312E-05 8.789E-05 8.013E-05 6.934E-05 5.476E-05 3.574E-05 1.823E-05 4.615E-06 

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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

ALBEDO-HAZE-OZONE COLUMN Tue Mar 19 12:00:01 1996

ALBEDO 0.0400 0.0500 0.0600 0.0700 0.0800

HAZE 0.0000 0.0940 0.3950

OZONE COL 0.2850 0.3150 0.3450 0.3750 0.4050

ALBEDO 950707 64 31

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ALBEDO 0 0 0

HAZE 950707 0.00 950718 2400.00

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I:\CAMX\USER'SGU\v3.00\SEC3.WPD 

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OZONE COL 950707 0.00 950718 2400.00

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CAMx v3.00 User’s Guide, December 2000

I:\CAMX\USER'SGU\v3.00\SEC4.WPD 4-1

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-94 -89 -84 -79 -74 -69

29323538414447

1

2

3

4

5

6 7

8

9

10 11

12

13

14

15

16

17

18

19

20

21

22

23

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Contributions By Type Contributions By Source Area

 Receptor = HourlyPeak

Time = 16 To 17

Date = 8/28/87

Scenario = Evaluation Test 

Total Ozone = 183 ppb

Detailed Ozone Apportionment

Source Emission Percent Ozone from Time Recirculation

Area Group NOx VOC Total Emitted Likely

IC 12%

BC 14%

7 1 3% 17% 20% 8/28 5 am No

6 1 4% 13% 16% 8/28 6 am No

10 1 7% 7% 14% 8/28 7 am No

17 1 1% 6% 7% 8/27 1 pm No

16 1 1% 6% 7% 8/27 6 am No

13 1 2% 1% 4% 8/28 2 pm No

All Others 7%

0

20

40

60

80

100

120

140

160

180

200

Ozone (ppb)

NOx limited

VOC limited

Boundary

Initial

IC

12%

BC

14%

7, 1

19%

6, 1

16%

10, 1

14%

17, 1

7%

16, 1

7%

13, 1

4%

All Others, 

7%

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-0.07-0.06-0.05-0.04-0.03-0.02-0.01

0

0.010.020.03

69

12

15

18

21

243

Time (hours)

Delta Ozone (Control - Base) 

(ppm)

30% NOx contr30% VOC cont

NOxlimited

VOClimited

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0

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0.1

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6 9 12 15 18 21 24 3

Time (hours)

Ozone (ppm)

Ozonep(H2O2) / p(HNO3)

NOxlimited

VOClimited

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-0.03

-0.025

-0.02

-0.015

-0.01

-0.005

0

0.005

0.01

69

12

15

18

21

24

Time (hours)

Delta Ozone (Control - Base) 

(ppm)

30% NOx con30% VOC con

NOxlimited

VOClimited

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0

0.020.040.060.08

0.1

0.120.140.160.18

6 9 12 15 18 21 24 3

Time (hours)

Ozone (ppm)

00011111

Ozonep(H2O2) / p(HNO3)

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0

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69

12

15

18

21

24

Time (hours)

Delta Ozone (Control - Base) 

(ppm)

30% NOx co30% VOC c

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Probing Tools |true

File Root |$TRACOUT/CAMx3.OSAT.9507$today

Technology type | OSAT

Coarse sfc output | true

Fine sfc output | true

Stratify Boundary | false

# of Source Regions| 19 

# of Source Groups | 1

Use leftover group | false

# timing releases | 2

•

•

•

Source area mapping|$TRACIN/source.map

Receptor definition|$TRACIN/receptor.cities

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Probing Tools |true

File Root |$TRACOUT/CAMx3.OSAT.9507$today

Technology type | OSAT

Coarse sfc output | true

Fine sfc output | T

Stratify Boundary | false

# of Source Regions| 19 

# of Source Groups | 1

Use leftover group | false

# timing releases | 2

•

•

•

Source area mapping|$TRACIN/source.map

Receptor definition|$TRACIN/receptor.cities

CG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.inst.2

FG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.finst.2

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Probing Tools |true

File Root |$TRACOUT/CAMx3.OSAT.9507$today

Technology type | OSAT

Coarse sfc output | true

Fine sfc output | true

Stratify Boundary | false

# of Source Regions| 19 

# of Source Groups | 3

Use leftover group | true

# timing releases | 0

•

•

•

Source area mapping|$TRACIN/source.map

Receptor definition|$TRACIN/receptor.cities

CG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.inst.2

FG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.finst.2

Area Grp#1 Grd#1 |$TRACEMS/bio2.cc.$todate-95

Area Grp#1 Grd#2 |$TRACEMS/bio2.ff.$todate-95.ne

Point Grp#1 |

Area Grp#2 Grd#1 |$TRACEMS/utillowp.cc.$todate-07.ag.07cem1A-run11

Area Grp#2 Grd#2 |$TRACEMS/utillowp.ff.$todate-07.ag.07cem1A-run11

Point Grp#2 |$PTSRCE/utilptsr.ng.$todate-07.ag.07cem1A-run11

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Probing Tools |true

File Root |$TRACOUT/CAMx3.OSAT.9507$today

Technology type | OSAT

Coarse sfc output | true

Fine sfc output | true

Stratify Boundary | false

# of Source Regions| 19 

# of Source Groups | 3

Use leftover group | false

# timing releases | 0

•

•

•

Source area mapping|$TRACIN/source.map

Receptor definition|$TRACIN/receptor.cities

CG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.inst.2

FG tracer restart |$TRACOUT/CAMx3.OSAT.9507$yesterday.sa.finst.2

Area Grp#1 Grd#1 |$TRACEMS/bio2.cc.$todate-95

Area Grp#1 Grd#2 |$TRACEMS/bio2.ff.$todate-95.ne

Point Grp#1 |

Area Grp#2 Grd#1 |$TRACEMS/utillowp.cc.$todate-07.ag.07cem1A-run11

Area Grp#2 Grd#2 |$TRACEMS/utillowp.ff.$todate-07.ag.07cem1A-run11

Point Grp#2 |$PTSRCE/utilptsr.ng.$todate-07.ag.07cem1A-run11

Area Grp#3 Grd#1 |$TRACEMS/remain.cc.$todate-07.ag.07cem1A-run11

Area Grp#3 Grd#2 |$TRACEMS/remian.ff.$todate-07.ag.07cem1A-run11

Point Grp#3 |$PTSRCE/remian.ng.$todate-07.ag.07cem1A-run11

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CAMx, SOURCE APPORTIONMENT, VERSION -- 960315 , 

Mon Oct 26 10:37:34 1998 , 

 File Duration , 87238, 15.00, 87238, 24.00, 

Average Interval , 1.0000 

Number of timing periods , 2 

Number of source areas , 17 

Number of emission groupings , 1 

Number of tracer species , 144 

Number of NOx species , 19 

Number of VOC species , 19 

Number of O3N species , 19 

Number of O3V species , 19 

Number of INERT TIME species , 34 

Number of DECAY TIME species , 34 

Tracer Names, 

NOX000IC ,NOX000BC ,NOX001001,NOX001002,NOX001003,NOX001004,NOX001005 .. 

VOC000IC ,VOC000BC ,VOC001001,VOC001002,VOC001003,VOC001004,VOC001005 .. 

O3N000IC ,O3N000BC ,O3N001001,O3N001002,O3N001003,O3N001004,O3N001005 .. 

O3V000IC ,O3V000BC ,O3V001001,O3V001002,O3V001003,O3V001004,O3V001005 .. 

I23815001,I23815002,I23815003,I23815004,I23815005,I23815006,I23815007 .. 

D23815001,D23815002,D23815003,D23815004,D23815005,D23815006,D23815007 .. 

Number of receptors , 6 

 No, Name, Type, Xloc, Yloc, 

 1, HourlyPeak, 1, , , 

 2, Rubidoux , 0, 461.5, 3762.0, 

 3, Pasadena , 0, 396.4, 3778.5, 

 4, Lennox , 0, 373.0, 3755.0, 

 5, Peak , 1, 45, 18, 

 6, Region 10 , 8, 31, 19, 

 32, 19

 33, 19

 34, 19,

 31, 18,

 32, 18,

 33, 18,

 34, 18,

Time Varying Tracer Data, 

 Data for Period, 87238, 15.00, 87238, 16.00, 

 Receptor, 1, 

1.3265E-02, 1.3544E-09, 1.0000E-16, 1.0974E-15, 1.0000E-16, 1.0000E-16 .. 

1.2237E-01, 3.3869E-08, 1.0000E-16, 1.6165E-14, 1.0000E-16, 1.0000E-16 .. 

8.7304E-02, 1.1926E-08, 1.0000E-16, 1.0000E-16, 1.0000E-16, 1.0000E-16 .. 

9.0300E-02, 1.5269E-08, 1.0188E-16, 2.6997E-15, 1.0213E-16, 1.0162E-16 .. 

1.0036E-16, 4.0640E-15, 1.0036E-16, 1.0036E-16, 1.0036E-16, 1.0029E-16 .. 

1.0000E-16, 3.7563E-15, 1.0000E-16, 1.0000E-16, 1.0000E-16, 1.0000E-16 .. 

1.4500E-02, 1.2663E-01, 1.7770E-01, 

1.4500E-02, 1.2663E-01, 1.7770E-01, 

 Receptor, 2, 

(File continues with data for remaining receptors and hours)

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File Root |CAMx.08jul95.runA

Technology type |DDM

Crs sfc output |TRUE

Fin sfc output |TRUE

# IC Spec groups | 1

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# BC Spec groups | 1

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Stratify boundary |false

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CG tracer restart |CAMx.07jul95.runA.sa.inst.2

FG tracer restart |CAMx.07jul95.runA.sa.finst.2

IC file name |

BC file name |BC.08jul95

TC file name |TC.08jul95

Area Grp#1 Grd#1 |bio.cc.08jul95

Area Grp#1 Grd#2 |bio.ff.08jul95

Point Grp#1 |

Area Grp#2 Grd#1 |anthro.cc.08jul95

Area Grp#2 Grd#2 |anthro.ff.08jul95

Point Grp#2 |ptsr.ng.08jul95

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 Affected Influencing Source Long Short

 Species Species Type Group Region Name Name

 -------------------------------------------------------------------------------

 NO NO EM 1 2 NO__EM0102NO__ 01E0102001

 NO2 NO EM 1 2 NO2_EM0102NO__ 02E0102001

 O3 NO EM 1 2 O3__EM0102NO__ 03E0102001

 PAN NO EM 1 2 PAN_EM0102NO__ 04E0102001

 NXOY NO EM 1 2 NXOYEM0102NO__ 05E0102001

 OLE NO EM 1 2 OLE_EM0102NO__ 06E0102001

 PAR NO EM 1 2 PAR_EM0102NO__ 07E0102001

 TOL NO EM 1 2 TOL_EM0102NO__ 08E0102001

 XYL NO EM 1 2 XYL_EM0102NO__ 09E0102001

 FORM NO EM 1 2 FORMEM0102NO__ 10E0102001

 ALD2 NO EM 1 2 ALD2EM0102NO__ 11E0102001

 ETH NO EM 1 2 ETH_EM0102NO__ 12E0102001

 CRES NO EM 1 2 CRESEM0102NO__ 13E0102001

 MGLY NO EM 1 2 MGLYEM0102NO__ 14E0102001

 OPEN NO EM 1 2 OPENEM0102NO__ 15E0102001

 PNA NO EM 1 2 PNA_EM0102NO__ 16E0102001

 CO NO EM 1 2 CO__EM0102NO__ 17E0102001

 HONO NO EM 1 2 HONOEM0102NO__ 18E0102001

 H2O2 NO EM 1 2 H2O2EM0102NO__ 19E0102001

 HNO3 NO EM 1 2 HNO3EM0102NO__ 20E0102001

 ISOP NO EM 1 2 ISOPEM0102NO__ 21E0102001

 MEOH NO EM 1 2 MEOHEM0102NO__ 22E0102001

 ETOH NO EM 1 2 ETOHEM0102NO__ 23E0102001

 ISPD NO EM 1 2 ISPDEM0102NO__ 24E0102001

 NTR NO EM 1 2 NTR_EM0102NO__ 25E0102001
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Rxn Reactants Products k(298)

(ppm-n min-1) E/R

1 NO2 = 1 NO 1 O photolysis

2 O = 1 O3 4323300 -1175

3 O3 NO = 1 NO2 26.64 1370

4 O NO2 = 1 NO 13750

5 O NO2 = 1 NO3 2309 -687

6 O NO = 1 NO2 2438 -602

7 NO2 O3 = 1 NO3 0.04731 2450

8 O3 = 1 O photolysis

9 O3 = 1 O1D photolysis

10 O1D = 1 O 4.25E+10 -390

11 O1D H2O = 2 OH 326000

12 O3 OH = 1 HO2 100 940

13 O3 HO2 = 1 OH 2.999 580

14 NO3 = 0.89 NO2 0.89 O 0.11 NO photolysis

15 NO3 NO = 2 NO2 44167 -250

16 NO3 NO2 = 1 NO 1 NO2 0.5901 1230

17 NO3 NO2 = 1 N2O5 1853 -256

18 N2O5 H2O = 2 HNO3 1.9E-06

19 N2O5 = 1 NO3 1 NO2 2.776 10897

20 NO NO = 2 NO2 0.000154 -530

21 NO NO2 H2O 0 2 HNO2 1.6E-11

22 NO OH = 1 HNO2 9799 -806

23 HNO2 = 1 NO 1 OH photolysis

24 OH HNO2 = 1 NO2 9770

25 HNO2 HNO2 = 1 NO 1 NO2 0.000015

26 NO2 OH = 1 HNO3 16817 -713

27 OH HNO3 = 1 NO3 217.9 -1000

28 HO2 NO = 1 OH 1 NO2 12270 -240

29 HO2 NO2 = 1 PNA 0

30 PNA = 1 HO2 1 NO2 0

31 OH PNA = 1 NO2 0

32 HO2 HO2 = 1 H2O2 4144 -1150

33 HO2 HO2 H2O = 1 H2O2 0.2181 -5800

34 H2O2 = 2 OH photolysis

35 OH H2O2 = 1 HO2 2520 187

36 OH CO = 1 HO2 322

37 FORM OH = 1 HO2 1 CO 15000

38 FORM = 2 HO2 1 CO photolysis

39 FORM = 1 CO photolysis

40 FORM O = 1 OH 1 HO2 1 CO 237 1550

41 FORM NO3 = 1 HNO3 1 HO2 1 CO 0.93

42 ALD2 O = 1 C2O3 1 OH 636 986

43 ALD2 OH = 1 C2O3 24000 -250

44 ALD2 NO3 = 1 C2O3 1 HNO3 3.7

45 ALD2 = 1 FORM 2 HO2 1 CO photolysis

1 XO2

46 C2O3 NO = 1 FORM 1 NO2 1 HO2 28200 180

1 XO2

47 C2O3 NO2 = 1 PAN 13700 -380

48 PAN = 1 C2O3 1 NO2 0.0254 13500
Rxn Reactants Products k(298)

(ppm-n min-1) E/R

49 C2O3 C2O3 = 2 FORM 2 XO2 2 HO2 3700

50 C2O3 HO2 = 0.79 FORM 0.79 XO2 0.79 HO2 9600

0.79 OH

51 OH = 1 FORM 1 XO2 1 HO2 21 1710

52 PAR OH = 0.87 XO2 0.13 XO2N 0.11 HO2 1203

0.11 ALD2 -0.11 PAR 0.76 ROR

53 ROR = 0.96 XO2 1.1 ALD2 0.94 HO2 137100 8000

-2.1 PAR 0.04 XO2N

54 ROR = 1 HO2 95450

55 ROR NO2 = 1 NTR 22000

56 O OLE = 0.63 ALD2 0.38 HO2 0.28 XO2 5920 324

0.3 CO 0.2 FORM 0.02 XO2N

0.22 PAR 0.2 OH

57 OH OLE = 1 FORM 1 ALD2 -1 PAR 42000 -504

1 XO2 1 HO2

58 O3 OLE = 0.5 ALD2 0.74 FORM 0.22 XO2 0.018 2105

0.1 OH 0.33 CO 0.44 HO2

-1 PAR

59 NO3 OLE = 0.91 XO2 1 FORM 0.09 XO2N 11.35

1 ALD2 1 NO2 -1 PAR

60 O ETH = 1 FORM 1.7 HO2 1 CO 1080 792

0.7 XO2 0.3 OH

61 OH ETH = 1 XO2 1.56 FORM 0.22 ALD2 11920 -411

1 HO2

62 O3 ETH = 1 FORM 0.42 CO 0.12 HO2 0.0027 2633

63 TOL OH = 0.44 HO2 0.08 XO2 0.36 CRES 9150 -322

0.56 TO2

64 TO2 NO = 0.9 NO2 0.9 HO2 0.9 OPEN 12000

0.1 NTR

65 TO2 = 1 CRES 1 HO2 250

66 OH CRES = 0.4 CRO 0.6 XO2 0.6 HO2 61000

0.3 OPEN

67 CRES NO3 = 1 CRO 1 HNO3 32500

68 CRO NO2 = 1 NTR 20000

69 OPEN = 1 C2O3 1 HO2 1 CO photolysis

70 OPEN OH = 1 XO2 2 CO 2 HO2 44000

1 C2O3 1 FORM

71 OPEN O3 = 0.03 ALD2 0.62 C2O3 0.7 FORM 0.015 500

0.03 XO2 0.69 CO 0.08 OH

0.76 HO2 0.2 MGLY

72 OH XYL = 0.7 HO2 0.5 XO2 0.2 CRES 36200 -116

0.8 MGLY 1.1 PAR 0.3 TO2

73 OH MGLY = 1 XO2 1 C2O3 26000

74 MGLY = 1 C2O3 1 HO2 1 CO photolysis

75 O ISOP = 0.75 ISPD 0.5 FORM 0.25 XO2 53200

0.25 HO2 0.25 C2O3 0.25 PAR

76 OH ISOP = 0.912 ISPD 0.629 FORM 0.991 XO2 147600

0.912 HO2 0.088 XO2N

77 O3 ISOP = 0.65 ISPD 0.6 FORM 0.2 XO2 0.019

0.066 HO2 0.266 OH 0.2 C2O3

0.15 ALD2 0.35 PAR 0.066 CO

78 NO3 ISOP = 0.2 ISPD 0.8 NTR 1 XO2 996

0.8 HO2 0.2 NO2 0.8 ALD2
Rxn Reactants Products k(298)

(ppm-n min-1) E/R

2.4 PAR

79 XO2 NO = 1 NO2 12000

80 XO2 XO2 = 2000 -1300

81 XO2N NO = 1 NTR 12000

82 SO2 OH = 1 SULF 1 HO2 1110 -160

83 SO2 = 1 SULF 8.17E-05

84 MEOH OH = 1 FORM 1 HO2 1600

85 ETOH OH = 1 HO2 1 ALD2 4300 -176

86 XO2 HO2 = 8900 -1300

87 XO2N HO2 = 8900 -1300

88 XO2N XO2N = 2000 -1300

89 XO2 XO2N = 4000 -1300

90 OH HO2 = 162600 -250

91 CRO = 0.000278

92 OH ISPD = 1.565 PAR 0.167 FORM 0.713 XO2 49667

0.503 HO2 0.334 CO 0.168 MGLY

0.273 ALD2 0.498 C2O3

93 O3 ISPD = 0.114 C2O3 0.15 FORM 0.85 MGLY 0.0105

0.154 HO2 0.268 OH 0.064 XO2

0.02 ALD2 0.36 PAR 0.225 CO

94 NO3 ISPD = 0.357 ALD2 0.282 FORM 1.282 PAR 1.478

0.925 HO2 0.643 CO 0.85 NTR

0.075 C2O3 0.075 XO2 0.15 HNO3

95 ISPD = 0.333 CO 0.067 ALD2 0.9 FORM photolysis

0.832 PAR 1.033 HO2 0.7 XO2

0.967 C2O3

96 NO2 ISOP = 0.2 ISPD 0.8 NTR 1 XO2 0.00022

0.8 HO2 0.2 NO 0.8 ALD2

2.4 PAR
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Little data exists for the distribution of monoterpenes in the atmosphere, so the lumping scheme

for monoterpenes was based on guidance from Dr. Alex Guenther of NCAR % the developer of

the BEIS series of biogenic emissions models. For many areas and tree species, data suggest that
-pinene, -pinene, and 
-carene are the dominate emitted species. He recommended using 30

percent each for -pinene and -pinene; 15 percent for 
-carene; 5 percent each for sabinene,

limonene, and -phellandrene; and 10 percent for other terpenes. Not all of these species have

unique kinetic and mechanistic data in the SAPRC database. Hence, the kinetic and mechanistic

parameters for the lumped monoterpenes (OLE3) assuming a mixture of 30 percent -pinene, 30

percent -pinene, 20 percent 
-carene, and 20 percent limonene on a carbon basis.

The SAPRC97 mechanism implemented in CAMx is listed in Table B-1 and the species in the

mechanism are identified in Table B-2. The mechanism has 184 reactions and 76 species. In

CAMx, 39 species are treated as state species, 33 are treated as radicals, and 4 are treated as

constants [water vapor, methane, O2

, and air (M)]. The reaction rate constants shown in Table B1 are for 298 K and 1 atmosphere pressure. Many of the rate constants are temperature

dependant, and some are pressure dependant (see the listing of the SAPRC97 chemistry

parameters file in Section 3).

In its original form, the SAPRC97 mechanism uses species names which contain more than four

characters. Species names used in CAMx have conventionally had names limited to four

characters and there are advantages to maintaining this convention. Therefore the longer SAPRC

species names were condensed for CAMx as shown in Table B-2. 

USING THE SAPRC97 MECHANISM

The SAPRC97 mechanism is invoked by using the chemistry parameters file for mechanism 5

(CAMx3.chemparm.5). Note that input files containing information by chemical species

(emissions, initial conditions, boundary conditions) must be matched to the chemical mechanism. 

You can not switch between CB4 and SAPRC97 simply by changing the chemistry parameters

file.

PHOTOLYSIS RATES FOR THE SAPRC97 MECHANISM

Input of photolysis rate information to CAMx is described in Section 3. Briefly, photolysis rates

for several (usually 6) primary photolysis reactions are input via an extensive look-up table. 

Other photolysis rates for so-called secondary photolysis reactions are set by scaling factors

relative to one of the primary reactions. The scalar relationships between secondary and primary

photolysis reactions are defined in the chemistry parameters file.

The chemistry parameters file supplied for the SAPRC97 mechanism has been set up with six

primary photolysis reactions. These are the same six primary photolysis reactions as used with

the CB4 mechanism, although the reactions are numbered differently in the two mechanisms. 

Therefore, you can run the SAPRC97 mechanism using a photolysis rate look-up table developed

for the CB4 mechanism. Alternatively, you can use version 4 of the TUV (Madronich, 1999)

photolysis rate preprocessor for CAMx (available from the CAMx ftp site) to prepare photolysis

rate look-up tables specifically for the SAPRC mechanism. Version 4 of TUV for CAMx

includes the database of cross-section and quantum yield data used in the development of the
SAPRC97 mechanism. Note that these data are not included with the standard distribution of

TUV from NCAR (Madronich, 1999).

EMISSIONS PREPARATION FOR SAPRC97

Emission inventories for the CAMx SAPRC mechanism can be prepared using standard

emissions processing software, such as EPS2, EMS95 or SMOKE. The only difference in

preparing emissions for the SAPRC or CB4 mechanism is in the assignment of total VOC

emissions to the chemical species in the mechanism % the chemical speciation step. EPS2 and

EMS95 include chemical speciation databases for the CB4 mechanism, but may not include

databases for SAPRC. Even if a SAPRC speciation database is included, it may not be matched

to the lumping scheme used in the CAMx SAPRC97 mechanism. Speciation data are provided

in two files available from the CAMx ftp site:

 The speciation profile library (camx.saprc97.profile.asc). This contains assignments from

total VOC to SAPRC species for each species profile. A section of the file is shown in

Table B-3. 

 Speciation profile cross-reference (camx.saprc97.profile.xref.asc). This contains a crossreference from source category code to species profile code for the profiles included in

the speciation profile library (above). A section of the file is shown in Table B-4. 
Table B-1. Listing of CAMx3 mechanism 5: SAPRC97. 

Rxn Reactants Products k(298)

(ppm-n min-1)

1 NO2 = 1 NO 1 O photolysis

2 O O2 M = 1 O3 2.218E-05

3 O NO2 = 1 NO 1 O2 14368

4 O NO2 = 1 NO3 2327.7

5 O3 NO = 1 NO2 1 O2 26.937

6 O3 NO2 = 1 O2 1 NO3 0.047023

7 NO NO3 = 2 NO2 41551

8 NO NO O2 = 2 NO2 7.063E-10

9 NO2 NO3 = 1 N2O5 1868.6

10 N2O5 = 1 NO2 1 NO3 3.2825

11 N2O5 H2O = 2 HNO3 1.478E-06

12 NO2 NO3 = 1 NO 1 NO2 1 O2 0.59969

13 NO3 = 1 NO 1 O2 photolysis

14 NO3 = 1 NO2 1 O photolysis

15 O3 = 1 O 1 O2 photolysis

16 O3 = 1 O1D 1 O2 photolysis

17 O1D H2O = 2 OH 325070

18 O1D M = 1 O 43283

19 OH NO = 1 HNO2 7199.1

20 HNO2 = 1 OH 1 NO photolysis

21 OH NO2 = 1 HNO3 16977

22 OH HNO3 = 1 H2O 1 NO3 154.96

23 OH CO = 1 HO2 354.66

24 OH O3 = 1 HO2 1 O2 100.56

25 HO2 NO = 1 OH 1 NO2 12316

26 HO2 NO2 = 1 PNA 0

27 PNA = 1 HO2 1 NO2 0

28 PNA OH = 1 H2O 1 NO2 1 O2 0

29 HO2 O3 = 1 OH 2 O2 3.0367

30 HO2 HO2 = 1 H2O2 1 O2 2594.7

31 HO2 HO2 M = 1 H2O2 1 O2 0.0018598

32 HO2 HO2 H2O = 1 H2O2 1 O2 1 H2O 0.14426

33 HO2 HO2 H2O = 1 H2O2 1 O2 1 H2O 0.10351

34 NO3 HO2 = 1 HNO3 1 O2 2594.7

35 NO3 HO2 M = 1 HNO3 1 O2 0.0018598

36 NO3 HO2 H2O = 1 HNO3 1 O2 1 H2O 0.14426

37 NO3 HO2 H2O = 1 HNO3 1 O2 1 H2O 0.10351

38 H2O2 = 2 OH photolysis

39 H2O2 OH = 1 HO2 1 H2O 2492.5

40 OH HO2 = 1 H2O 1 O2 147070

41 RO2 NO = 1 NO 11393

42 RCO3 NO = 1 NO 33586

43 RCO3 NO2 = 1 NO2 15454

44 RO2 HO2 = 1 HO2 7361.8

45 RCO3 HO2 = 1 HO2 7361.8

46 RO2 RO2 = 1.4779

47 RO2 RCO3 = 16273

48 RCO3 RCO3 = 24499
Rxn Reactants Products k(298)

(ppm-n min-1)

49 RO2R NO = 1 NO2 1 HO2 11393

50 RO2R HO2 = 1 OOH 7361.8

51 RO2R RO2 = 1 RO2 0.5 HO2 1.4779

52 RO2R RCO3 = 1 RCO3 0.5 HO2 16273

53 RO2N NO = 1 RNO3 11393

54 RO2N HO2 = 1 OOH 1 MEK 7361.8

55 RO2N RO2 = 1 RO2 0.5 HO2 1 MEK 1.4779

56 RO2N RCO3 = 1 RCO3 0.5 HO2 1 MEK 16273

57 R2O2 NO = 1 NO2 11393

58 R2O2 HO2 = 7361.8

59 R2O2 RO2 = 1 RO2 1.4779

60 R2O2 RCO3 = 1 RCO3 16273

61 RO2Q NO = 1 XN 11393

62 RO2Q HO2 = 1 OOH 7361.8

63 RO2Q RO2 = 1 RO2 0.5 HO2 1.4779

64 RO2Q RCO3 = 1 RCO3 1 HO2 16273

65 RO2W NO = 1 NPHE 11393

66 RO2W HO2 = 1 OOH 7361.8

67 RO2W RO2 = 1 RO2 0.5 HO2 1.4779

68 RO2W RCO3 = 1 RCO3 1 HO2 16273

69 OOH = 1 HO2 1 OH photolysis

70 OH OOH = 1 OH 2679.1

71 OH OOH = 1 RO2R 1 RO2 5516.9

72 FORM = 2 HO2 1 CO photolysis

73 FORM = 1 CO photolysis

74 FORM OH = 1 HO2 1 CO 1 H2O 14428

75 FORM HO2 = 1 HOCQ 116.75

76 HOCQ = 1 HO2 1 FORM 9053.5

77 HOCQ NO = 1 NO2 1 HO2 11393

78 FORM NO3 = 1 HNO3 1 HO2 1 CO 0.89129

79 CCHO OH = 1 CCO3 1 H2O 1 RCO3 23289

80 CCHO = 1 CO 1 HO2 1 FORM photolysis

1 RO2R 1 RO2

81 CCHO NO3 = 1 HNO3 1 CCO3 1 RCO3 4.0274

82 RCHO OH = 1 C2CQ 1 RCO3 29267

83 RCHO = 1 CCHO 1 RO2R 1 RO2 photolysis

1 CO 1 HO2

84 NO3 RCHO = 1 HNO3 1 C2CQ 1 RCO3 4.0274

85 ACET OH = 1 R2O2 1 FORM 1 CCO3 324.17

1 RCO3 1 RO2

86 ACET = 1 CCO3 1 FORM 1 RO2R photolysis

1 RCO3 1 RO2

87 MEK OH = 1 H2O 0.5 CCHO 0.5 FORM 1708

0.5 CCO3 0.5 C2CQ 1 RCO3

1.5 R2O2 1.5 RO2

88 MEK = 1 CCO3 1 CCHO 1 RO2R photolysis

1 RCO3 1 RO2

89 RNO3 OH = 1 NO2 0.155 MEK 1.05 RCHO 2998.8

0.48 CCHO 0.16 FORM 1.39 R2O2

1.39 RO2
Rxn Reactants Products k(298)

(ppm-n min-1)

90 CCO3 NO = 1 NO2 1 FORM 1 RO2R 33586

1 RO2

91 CCO3 NO2 = 1 PAN 15454

92 CCO3 HO2 = 1 OOH 1 FORM 7361.8

93 CCO3 RO2 = 1 RO2 0.5 HO2 1 FORM 16273

94 CCO3 RCO3 = 1 RCO3 1 HO2 1 FORM 24499

95 PAN = 1 CCO3 1 NO2 1 RCO3 0.028897

96 C2CQ NO = 1 CCHO 1 RO2R 1 NO2 33586

1 RO2

97 C2CQ NO2 = 1 PPN 12413

98 C2CQ HO2 = 1 OOH 1 CCHO 7361.8

99 C2CQ RO2 = 1 RO2 0.5 HO2 1 CCHO 16273

100 C2CQ RCO3 = 1 RCO3 1 HO2 1 CCHO 24499

101 PPN = 1 C2CQ 1 NO2 1 RCO3 0.029702

102 C2CO NO2 = 1 RNO3 35466

103 C2CO = 1 ACET 1 FORM 1 RO2R 59263

1 RO2

104 GLY = 0.8 HO2 0.45 FORM 1.55 CO photolysis

105 GLY = 0.13 FORM 1.87 CO photolysis

106 GLY OH = 0.6 HO2 1.2 CO 0.4 HCOQ 16842

0.4 RCO3

107 GLY NO3 = 1 HNO3 0.6 HO2 1.2 CO 4.0274

0.4 HCOQ 0.4 RCO3

108 HCOQ NO = 1 NO2 1 CO 1 HO2 33586

109 HCOQ NO2 = 1 GPAN 15454

110 GPAN = 1 HCOQ 1 NO2 1 RCO3 0.028897

111 HCOQ HO2 = 1 OOH 1 CO 7361.8

112 HCOQ RO2 = 1 RO2 0.5 HO2 1 CO 16273

113 HCOQ RCO3 = 1 RCO3 1 HO2 1 CO 24499

114 MGLY = 1 HO2 1 CO 1 CCO3 photolysis

1 RCO3

115 MGLY = 1 HO2 1 CO 1 CCO3 photolysis

1 RCO3

116 MGLY OH = 1 CO 1 CCO3 1 RCO3 25419

117 MGLY NO3 = 1 HNO3 1 CO 1 CCO3 4.0274

1 RCO3

118 OH PHEN = 0.15 RO2W 0.85 RO2R 0.2 GLY 38869

1 RO2

119 NO3 PHEN = 1 HNO3 1 BZO 5319.5

120 OH CRES = 0.15 RO2W 0.85 RO2R 0.2 MGLY 62064

1 RO2

121 NO3 CRES = 1 HNO3 1 BZO 31037

122 BALD OH = 1 BZCQ 1 RCO3 19067

123 BALD = photolysis

124 BALD NO3 = 1 HNO3 1 BZCQ 3.6909

125 BZCQ NO = 1 BZO 1 NO2 1 R2O2 33586

1 RO2

126 BZCQ NO2 = 1 PBZN 12413

127 BZCQ HO2 = 1 OOH 1 PHEN 7361.8

128 BZCQ RO2 = 1 RO2 0.5 HO2 1 PHEN 16273
Rxn Reactants Products k(298)

(ppm-n min-1)

129 BZCQ RCO3 = 1 RCO3 1 HO2 1 PHEN 24499

130 PBZN = 1 BZCQ 1 NO2 1 RCO3 0.0097375

131 BZO NO2 = 1 NPHE 52565

132 BZO HO2 = 1 PHEN 7361.8

133 BZO = 1 PHEN 0.06

134 NPHE NO3 = 1 HNO3 1 BZNQ 5319.5

135 BZNQ NO2 = 2 XN 52565

136 BZNQ HO2 = 1 NPHE 7361.8

137 BZNQ = 1 NPHE 0.06

138 OH AFG1 = 1 HCOQ 1 RCO3 16842

139 AFG1 = 1 HO2 1 HCOQ 1 RCO3 photolysis

140 OH AFG2 = 1 C2CQ 1 RCO3 25419

141 AFG2 = 1 HO2 1 CO 1 CCO3 photolysis

1 RCO3

142 CH4 OH = 1 FORM 1 RO2R 1 RO2 12.351

143 HCHQ = 0.12 OH 0.12 HO2 0.12 CO 60

144 CCHQ = 0.15 CH4 0.6 OH 0.3 CCO3 60

0.3 RCO3 0.3 RO2R 0.3 FORM

0.3 CO 0.3 RO2

145 RCHQ = 0.6 OH 0.3 C2CQ 0.3 RCO3 60

0.3 RO2R 0.3 CCHO 0.3 CO

0.3 RO2

146 C3O2 = 1 OH 1 R2O2 1 FORM 60

1 CCO3 1 RCO3 1 RO2

147 CRCQ = 1 OH 1 CCO3 1 CCHO 60

1 R2O2 1 RCO3 1 RO2

148 BZCW = 0.5 BZO 0.5 R2O2 0.5 CO 60

0.5 OH

149 ETH OH = 1 RO2R 1 RO2 1.56 FORM 12594

0.22 CCHO

150 ETH O3 = 1 FORM 1 HCHQ 0.0023478

151 ETH NO3 = 1 R2O2 1 RO2 2 FORM 0.29688

1 NO2

152 ETH O = 1 RO2R 1 HO2 1 RO2 1077.7

1 FORM 1 CO

153 OH ALK1 = 0.849 RO2R 0.072 RO2N 0.005 RO2Q 4690.3

0.023 HO2 0.49 R2O2 1.415 RO2

0.023 FORM 0.297 CCHO 0.208 RCHO

0.245 ACET 0.437 MEK 0.034 CO

0.054 GLY 0.052 C2CO

154 OH ALK2 = 0.723 RO2R 0.276 RO2N 0 RO2Q 15350

0.905 R2O2 1.905 RO2 0.051 FORM

0.009 CCHO 0.232 RCHO 1.072 MEK

0.087 CO

155 OH ARO1 = 0.742 RO2R 0.258 HO2 0.742 RO2 8487

0.017 PHEN 0.241 CRES 0.079 BALD

0.124 GLY 0.787 MGLY 0.104 AFG1

0.229 AFG2

156 OH ARO2 = 0.82 RO2R 0.18 HO2 0.82 RO2 41126

0.18 CRES 0.035 BALD 0.056 GLY
Rxn Reactants Products k(298)

(ppm-n min-1)

1.004 MGLY 0.481 AFG2

157 OLE1 OH = 0.973 RO2R 0.027 RO2N 1 RO2 40000

0.973 FORM 0.844 CCHO 0.13 RCHO

158 OLE1 O3 = 0.6 FORM 0.337 CCHO 0.156 RCHO 0.01487

0.4 HCHQ 0.6 CCHQ

159 OLE1 O = 0.4 HO2 0.5 RCHO 0.5 MEK 5909.1

160 OLE1 NO3 = 1 NO2 1 R2O2 1 RO2 14.583

1 FORM 0.844 CCHO 0.156 RCHO

161 OLE2 OH = 0.904 RO2R 0.096 RO2N 1 RO2 93737

0.194 FORM 1.061 CCHO 0.355 RCHO

0.005 ACET 0.194 BALD

162 OLE2 O3 = 0.129 FORM 0.565 CCHO 0.217 RCHO 0.27095

0.002 ACET 0.086 BALD 0.086 HCHQ

0.564 CCHQ 0.217 RCHQ 0.004 C3O2

0.129 BZCW

163 OLE2 O = 0.4 HO2 0.5 RCHO 0.5 MEK 36982

164 OLE2 NO3 = 1 NO2 1 R2O2 1 RO2 579.7

0.215 FORM 1.129 CCHO 0.434 RCHO

0.006 ACET 0.215 BALD

165 OLE3 OH = 0.75 RO2R 0.25 RO2N 1 RO2 134970

0.3 FORM 0.225 RCHO 0.525 MEK

166 OLE3 O3 = 0.125 FORM 0.1 RCHO 0.275 MEK 0.11856

0.275 HCHQ 0.2 RCHQ 0.525 CRCQ

167 OLE3 O = 0.4 HO2 0.5 RCHO 0.5 MEK 69801

168 OLE3 NO3 = 1 NO2 1 R2O2 1 RO2 10123

0.4 FORM 0.3 RCHO 0.7 MEK

169 SO2 OH = 1 HO2 1323.6

170 ISOP OH = 0.088 RO2N 0.912 RO2R 0.629 FORM 147570

0.912 ISPD 0.079 R2O2 1.079 RO2

171 ISOP O3 = 0.4 FORM 0.6 ISPD 0.55 HCHQ 0.018995

0.2 C4O2 0.2 C4HQ

172 ISOP O = 0.75 ISPD 0.25 C2CQ 0.25 RCO3 53195

0.5 FORM 0.25 RO2R 0.25 RO2

173 ISOP NO3 = 0.8 RCHO 0.8 RNO3 0.8 RO2R 995.8

0.2 ISPD 0.2 R2O2 0.2 NO2

1 RO2

174 ISOP NO2 = 0.8 RCHO 0.8 RNO3 0.8 RO2R 0.0002217

0.2 ISPD 0.2 R2O2 0.2 NO

1 RO2

175 ISPD OH = 0.293 CO 0.252 CCHO 0.126 FORM 49651

0.041 GLY 0.021 RCHO 0.168 MGLY

0.314 MEK 0.503 RO2R 0.21 CCO3

0.288 C2CQ 0.21 R2O2 0.713 RO2

0.498 RCO3

176 ISPD O3 = 0.02 CCHO 0.04 FORM 0.01 GLY 0.01051

0.84 MGLY 0.09 MEK 0.66 HCHQ

0.09 HCOW 0.18 HOCW 0.06 C2OQ

0.01 C2OW

177 ISPD = 0.333 CO 0.067 CCHO 0.9 FORM photolysis

0.033 MEK 0.333 HO2 0.7 RO2R
Rxn Reactants Products k(298)

(ppm-n min-1)

0.267 CCO3 0.7 C2CQ 0.7 RO2

0.967 RCO3

178 ISPD NO3 = 0.643 CO 0.282 FORM 0.85 RNO3 1.4779

0.357 RCHO 0.925 HO2 0.075 C2CQ

0.075 R2O2 0.925 RO2 0.075 RCO3

0.075 HNO3

179 C4O2 = 1 OH 1 R2O2 1 FORM 60

1 C2CQ 1 RO2 1 RCO3

180 C4HQ = 0.75 RCHO 0.25 ISPD 60

181 C2OQ = 1 OH 1 R2O2 1 FORM 60

1 HCOQ 1 RO2 1 RCO3

182 HOCW = 0.6 OH 0.3 CCO3 0.3 RCO3 60

0.3 RO2R 0.3 FORM 0.3 CO

0.3 RO2

183 HCOW = 0.12 HO2 0.24 CO 0.12 OH 60

0.51 FORM

184 C2OW = 1 OH 1 MGLY 1 HO2 60

1 R2O2 1 RO2
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SAPRC

Name

Short

Name Definition MolecularWeight

Carbon

Atoms

O3 Ozone 48

NO Nitrogen oxide 30.01

NO2 Nitrogen dioxide 46.01

NO3 Nitrogen trioxide radical 62.01

N2O5 Dinitrogen pentoxide 108.02

HO2 HO2 radical 33.01

RO2 Total alkyl peroxy radicals

RCO3 Total peroxyacyl radicals

CRES Cresol 108.14 7

HNO3 Nitric acid 63.02

HNO2 Nitrous acid 47.02

PNA Peroxynitric acid 79.02

XN Lumped other nitrogen species, such as C1-C3 organic nitrates

and dinitrophenols

CO Carbon monoxide 28.01 1

CO2 Carbon dioxide 42.02

SO2 Sulfur dioxide 64

SULF Sulfuric acid 98

H2O2 Hydrogen peroxide 34.02

OOH Chemical operator used to represent reactions at hydroperoxy

groups

FORM Formaldehyde 30.03 1

CCHO Acetaldehyde 44.05 2

RCHO Propionaldehyde and lumped higher aldehydes 58.08 3

ACET Acetone 58.08 3

MEK Methyl ethyl ketone 72.11 4

RNO3 Lumped organic nitrates 133.15 5

PAN Peroxy acetyl nitrate 121.05 2

PPN Peroxy propionyl nitrate and higher PAN analogues 135.08 3

GLY Glyoxal 58.04 2

MGLY Methyl glyoxal 72.07 3

PHEN Phenol 94.11 6

BALD Benzaldehyde 106.13 7

NPHE Nitrophenols and other aromatic nitro-compounds 139.11 6

AFG1 Unknown aromatic fragmentation product #1 58.04 2

AFG2 Unknown aromatic fragmentation product #2 72.07 3

GPAN PAN analogue formed from glyoxal 135.04 2

PBZN Peroxy benzoyl nitrate 183.13 7

ETH Ethene 28.05 2

ALK1 Lumped alkanes with kHO <10,000 ppm-1 min-1 65.44 4.55

ALK2 Lumped alkanes with kHO ? 10,000 ppm-1 min-1 125.1 8.82

ARO1 Lumped aromatic hydrocarbons with kHO < 20,000 ppm-1 min-1 93.52 7.1

ARO2 Lumped aromatic hydrocarbons with kHO ? 20,000 ppm-1 min-1 117.7 8.82

OLE1 Lumped anthropogenic alkenes with kHO < 75,000 ppm-1 min-1 46.9 3.34

OLE2 Lumped anthropogenic alkenes with kHO ? 75,000 ppm-1 min-1 73.99 5.4

OLE3 Lumped biogenic monoterpenes 136.24 10

ISOP Isoprene 68.12 5

ISPD Lumped isoprene products, including mathacrolein, methyl vinyl

ketone, and unsaturated aldehydes

54 4

HO Hydroxyl radicals

O Ground state oxygen atoms
SAPRC

Name

Short

Name Definition MolecularWeight

Carbon

Atoms

O1D Excited oxygen atoms

RO2R Chemical operator used to represent NO to NO2 conversion with

generation of HO2 radicals

RO2N Chemical operator used to represent NO consumption and alkyl

nitrate formation

R2O2 Chemical operator used to represent NO to NO2 conversion

RO2XN RO2Q Chemical operator used to represent NO sink reactions

RO2NP RO2W Chemical operator used to represent NO consumption and

nitrophenol formation

HOCOO HOCQ Intermediate formed in the HCHO + HO2 reaction

BZO Phenoxy radicals

BZNO2O BZNQ Phenoxy-type radicals containing nitro-groups

CCO3 Peroxy acetyl radicals

C2CO3 C2CQ Higher peroxy acetyl radicals

HCOCO3 HCOQ Peroxyacyl radical formed from glyoxal

BZCO3 BZCQ Peroxyacyl radical formed from benzaldehyde

C2CO T-butoxy radical

HCHO2 HCHQ C1 Creigee bi-radical

CCHO2 CCHQ C2 Creigee bi-radical

RCHO2 RCHQ C3 Creigee bi-radical

C3O2 Dimethyl substituted C3 Creigee bi-radical 

CRCO2 CRCQ General disttituted C3 Creigee bi-radical 

CYCCO2 CYCQ Creigee bi-radical from cyclic olefins

BZCHO2 BZCW Creigee bi-radical from benzaldehyde

C4O2 Creigee bi-radical from isoprene

C4HO2 C4HQ Creigee bi-radical from isoprene

C2O2CHO C2OQ Creigee bi-radical from isoprene

HOCCHO2 HOCW Creigee bi-radical from isoprene

HCOCHO2 HCOW Creigee bi-radical from isoprene

C2O2COH C2OW Creigee bi-radical from isoprene

CH4 Methane

O2 Oxygen

M Air

H2O Water vapor
7DEOH%([DPSOHIURPDQ(06IRUPDW6$35&VSHFLDWLRQSURILOH

OLEUDU\

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ILOH

INPRF, MECH, MDLSPAB, FACTOR, DIVISOR, POLID

0001 SAPRC ACET 0.0048216 1 TOG 

0001 SAPRC ALK1 0.0028863 1 TOG 

0001 SAPRC CH4 0.0068574 1 TOG 

0001 SAPRC CO 1 28 CO 

0001 SAPRC HCHO 0.013986 1 TOG 

0001 SAPRC NO 0.5869565 30 NOX 

0001 SAPRC NO2 0.1 46 NOX 

0002 SAPRC ALK1 0.0068664 1 TOG 

0002 SAPRC ALK2 0.0007008 1 TOG 

0002 SAPRC CO 1 28 CO 

0002 SAPRC HCHO 0.0162171 1 TOG 

0002 SAPRC NO 0.5869565 30 NOX 

(continued)

STID,CYID,FCID,DVID,PRID,SCC,TECHTYPE,INPRF

. . 10100401 . 0001

. . 10100404 . 0001

. . 10100405 . 0001

. . 10100406 . 0001

. . 10100501 . 0002

. . 10100504 . 0002

. . 10100702 . 0004

. . 10100801 . 0005

(continued)
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