1 ashnik (Reading) 29 April, 2010 Field CAVIAR meeting, Met-O MTCKD-2.5 Date: January 2010 MT_CKD_2.5 continuum modifications included in this release are based on analyses of IASI, AIRS, and AERI measurements in the region past the bandhead of the CO2 v3 band (~2385 cm-1): - Introduction of temperature dependence of carbon dioxide continuum absorption from 2386-2434 cm -1 from IASI measurements (E.J. Mlawer and V.H. Payne) - Modification of carbon dioxide continuum coefficients from 2000-3000 cm -1 from IASI and AERI (from ARM) measurements (E.J. Mlawer, V.H. Payne, and M.W. Shephard) - Modification of water vapor self continuum coefficients from 2000-3200 cm -1 from IASI and AIRS measurements; fit based on near-IR studies of Bicknell et al. (2006) and Fulghum and Tilleman (1991) (E.J. Mlawer and V.H. Payne)
Transcript
1Igor Ptashnik (Reading) 29 April, 2010 Field CAVIAR meeting, Met-Office
MTCKD-2.5
Date: January 2010
MT_CKD_2.5 continuum modifications included in this release are based on analyses of IASI, AIRS, and AERI measurements in the region past the bandhead of the CO2 v3 band (~2385 cm-1):
- Introduction of temperature dependence of carbon dioxide continuum absorption from 2386-2434 cm-1 from IASI measurements (E.J. Mlawer and V.H. Payne)
- Modification of carbon dioxide continuum coefficients from 2000-3000 cm-1 from IASI and AERI (from ARM) measurements (E.J. Mlawer, V.H. Payne, and M.W. Shephard)
- Modification of water vapor self continuum coefficients from 2000-3200 cm-1 from IASI and AIRS measurements; fit based on near-IR studies of Bicknell et al. (2006) and Fulghum and Tilleman (1991) (E.J. Mlawer and V.H. Payne)
2Igor Ptashnik (Reading) 29 April, 2010 Field CAVIAR meeting, Met-Office
6Igor Ptashnik (Reading) 29 April, 2010 Field CAVIAR meeting, Met-Office
Best spectral regions: TAFTS
100 150 200 2500
20
40
60
80 Up, Down & Net radiance at 11km, mW/(m2cm-1srad)
SZA=45o; Water_column=2.99 g/cm2
i ao2_H 2O from IC R C C M +N 2_40 .m e t:====================================================== 40 = N Z (32 a t a l l ) 14 = N G !!! N 2 added from ' us a . 1 2 3 4 5 6 7 8 9 10 11 12 15 22 (H 2O c o lum n=2 .99 g /c m 2)IO A -m ode l (S um m er, M id -la ti tude ) [P P M ]
Z[k m ] P [m ba r] T[K ] H 2O (3D C ) C O 2 O 3 N 2O C O C H 4 O 2 N O S O 2 N O 2 N H 3 H N O 3 D IM E R N 2
m y _d is o rt.in :-------------------------------------------------- 0 ! M _R U N - M u l ti -run flag : 0 - one D is o rt run ; 1 - tw o runs (2d run us es ' m y _d is o rt.in2 ' )H i t08_1 -7_22_M TC K D (noH 2O )_W D .D A T ! (a40 ) O P T.D E P TH fi l e to us eiao2_H 2O from IC R C C M +N 2_40 .m e t ! (a40 ) M e teo fi l e (.m e t/.a tm ) w as us ed to c rea te O P T.D E P TH fi l enew _k u ruc z _h r_0 .1c m -1 .da t ! (a40 ) S o la r fi l e w i th 2 c o lum ns : [c m -1 ] [W /(m 2* c m -1 )]1 640000 1 ! FIR S T and LA S T l ine from O P T.D E P TH fi l e to read ; and the S TE P - ' d Ifreq '
(d Ifreq=1 m eans ev e ry l i ne i s read , d Ifreq=2 - ev e ry s ec ond l ine e tc .)0 1 ! N res - N o . o f freq . S TE P S to av e rage fo r s pec tr. FLU X & IN TE N S . ou tpu t; N ou t_s tep - ou tpu t s tep 37 ! N o . o f a tm . lev e ls (from the bo ttom o f a tm os phe re ) to c a lc u la te5 5 ! Low er and U ppe r index o f a tm . lev e l (from the bo ttom ) be tw een w h ic h ou tpu t s pec tra l FLU X & IN TE N S ITIE S (>0 )
!* * * S e tup o f ae ros o l pa ram e te rs0 ! 1 -c oun t, 0 -no t c oun t ae ros o l4 ! N o f ae ros . s pec ies (up to 5 ) from ae ros o l -fi l e s (w i l l be readed one by one )3 2 3 3 ! N o f ae ros . g roups (m ax 3 ) and N o f s pec ies in eac h o f them (m ax 5 ) 2 3 1 2 4 1 2 4 ! Index es o f the c om ponen ts (from the ae ros o l fi l e ) fo r eac h g roup0 .05 0 .95 0 .7 0 .29 0 .01 0 .7 0 .29 0 .01 ! S pec ies v o lum e pe rc en tage in the eac h g roup [] 0 . 2 . 2 . 6 . 6 . 12 . ! [k m ] H e igh t range fo r eac h g roup 0 .025 0 .75 0 .0025 ! [k m -1 ] A bs . C oe ff. (0 .55m c r) fo r eac h g roup in the g iv en he ig th rangez 512 ! (a20 ) ae ros o l O p t. dep th fi l e1 61 61 ! FIR S T and LA S T l ine (w av e leng th ) to read from ae ros . fi l e and w ho le N o f w av e leng th the re
!* * * S e tup s om e inpu ts fo r D IS O R T0 ! us rtau : 1 - re tu rn rad ia tion a t us e r op t.dep ths , 0 - a t c om pu ted lev e ls0 ! us rang : 1 - re tu rn ou tpu t a t us e r po la r ang les (0 - a t c om pu ted ang les )4 ! ns tr - num ber o f c om p . po la r ang les (' s tream s ' ) ( num u = ns tr !)-1 .0 -0 .5 ! -0 .2113249 ! U M U (1 :ns tr/2 )- c os -s o f U S E R s po la r ang les (us ed on ly i f us rang=1 ) O n ly nega ti v e and in inc reas ing o rde r!!! 1 ! nph i - num ber o f az im u tha l ou tpu t ang les ; <=12 (us ed on ly i f ' on ly fl ' =0 )0 . ! ph i (nph i ) [deg .] - az im u th ang les to ou tpu t IN TE N S . (us ed on ly i f ' on ly fl ' =0 )0 .342 ! um u0 - c os ine o f s o la r po la r ang le * * * * * * * * * * c os (30 )=0 .866025 ; c os (45 )=0 .707 ; c os (50 )=0 .643 ; c os (70 )=0 .3420 . ! ph i0 - az im u th ang le o f inc iden t (s o la r!) beam (0 -360 deg r.)0 .0 ! fi s o t - In tens . o f top bounda ry IS O TR O P IC i l l um ina tion1 ! l am be r- (1 -true , 0 -fa ls e )1 ! on ly fl - (1 -true , 0 -fa ls e ). If ' 0 ' then U M U (), nph i , and ph i () m us t be s e t!1 ! p lnk - (1 P LA N K rad ia tion , 0 no p lank rad ia tion )16 ! nm om - num ber o f legand re po l inom ia l m om en ts1 ! Flug - fo r R ay legh s c a tte ring (1 -O n )
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *Th is i s fo r Tom G ard ine r: from d i rec t s o la t fl ux obs e rv a tion (+ m ay be s om e s m a l l the rm a l flux in the s o la r s o l id ang le? )
lb l .i n :--------=----------------------------------- 0 ! M _R U N - M u l ti run flag : 0 - one LB L run ; 1 - tw o LB L runs (s ec ond tim e us es lb l .i n2 ) 1 0 ! ITR - P a th ' s k ind . (0 -ho r.; 1 -v e rt.); IR E D Z (1 -R E D .,0 -N O ) 0 .0 70 . ! Z1 , Z2 (Z2 -IF ITR =1 ) - he igh ts [K M ] 1 .00e -5 ! LE N - Leng th o f ho ri z on ta l pa th [K M ]0 . ! TE TA - Zen i th ang le [G R A D ]200 . 13000 . 0 ! FR E Q 1 , FR E Q 2; Freq . un i ts : 0 -[C M -1 ], 1 -[M K M ], 2 -[N M ]25 . 0 .001 0 ! [C M -1 ] W IN G s ; H -M IN .S E TK A (IF IA V TH =0 , A U TO M A T. IF>0 ) 0 .001 0 ! [C M -1 ] R E S .S TE P ; IS R E S =0 -U S R , >0 H * IS R E S ; -1 -' FILTE R ' 0 .02 0 ! [C M -1 ] O U T S TE P ; IS O U T: 0 -U S E R , >0 - O U T=H * IS O U T; 9 30 . ! N G - N o .o f us ed gas es ; H 2O _D IM >0 - H 2O d im er H W H M ins tead o f H C l (h i t.i nd .15 ) 1 2 3 4 5 6 7 15 22 8 9 10 11 22 4 6 15 3 7 4 5 6 7 15 9 11 12 10 ! N G A S (N G ) - gas es index esC :H ITR A N 01_H i t08_ (Fi t_5300 )_2 -7 ,22_& _W D _2003 -2008 .pa r !i ao2_H 2O from IC R C C M +N 2_40 .m e t hom _30m bH 2O .m e t ! M E TE O (a30 )! 0 ! IS E L - S E LE C TIO N : 1 - O N , 0 - O FF 1 .e -9 1 .e -11 ! TA U 0 TA U 01 (IF IS E L=1 ) 1 0 ! C O N TIN U U M C K D 24 1 -O N , 0 -O FF (H 2O ,C O 2 ,O 3 ,O 2 ,N 2 ); IO N LY _C O N T. 1 -O N , 0 -O FF 1 1 ! O U T: 1 -O P T.D E P TH , 2 -A B S ., 3 -TR A N S .; IO P T_M L: 1 -M U LTILA Y E R O P T.D E P TH O U T 1 ! IN TE R P O LA TIO N : 1 -L IN E A R ; 2 -K V A D R A T. 3 ! R E A D L IN E S : 3 -H ITR A N -2004 ; 2 -H ITR A N 96 ; 1 -H ITR A N 91 ; 0 -FR O M LB L_A TL .D A T 0 0 ! ou tpu t: i f 0 - un i fo rm ou t s tep , s e ted abov e (O U T S TE P );
7Igor Ptashnik (Reading) 29 April, 2010 Field CAVIAR meeting, Met-Office
Best spectral regions: TAFTS
100 150 200 250
0.1
1
10
100 Up, Down & Net radiance at 4 km, mW/(m2cm-1srad)
iao2_H 2O from IC R C C M +N 2_40.m et:====================================================== 40 = N Z (32 at a l l ) 14 = N G !!! N 2 added from ' us a. 1 2 3 4 5 6 7 8 9 10 11 12 15 22 (H 2O c o lum n=2.99 g/c m 2)IO A -m odel (S um m er, M id-la ti tude) [P P M ]
Z[k m ] P [m bar] T[K ] H 2O (3D C ) C O 2 O 3 N 2O C O C H 4 O 2 N O S O 2 N O 2 N H 3 H N O 3 D IM E R N 2
m y _dis ort.in :-------------------------------------------------- 0 ! M _R U N - M ul ti -run flag: 0- one D is ort run; 1- tw o runs (2d run us es ' m y _dis ort.in2 ' )H i t08_1-7_22_M TC K D (noH 2O )_W D .D A T ! (a40) O P T.D E P TH fi le to us eiao2_H 2O from IC R C C M +N 2_40.m et ! (a40) M eteo fi le (.m et/.a tm ) w as us ed to c reate O P T.D E P TH fi lenew _k uruc z _hr_0.1c m -1.dat ! (a40) S olar fi le w i th 2 c o lum ns : [c m -1] [W /(m 2* c m -1)]1 640000 1 ! FIR S T and LA S T l ine from O P T.D E P TH fi le to read; and the S TE P - ' d Ifreq '
(d Ifreq=1 m eans ev ery l ine is read, d Ifreq=2 - ev ery s ec ond l ine e tc .)0 1 ! N res - N o. o f freq. S TE P S to av erage for s pec tr. FLU X & IN TE N S . output; N out_s tep - output s tep 37 ! N o. o f a tm . lev e ls (from the bottom of a tm os phere) to c a lc u la te5 5 ! Low er and U pper index of a tm . lev e l (from the bottom ) betw een w hic h output s pec tra l FLU X & IN TE N S ITIE S (>0)
!* * * S etup of aeros ol param eters0 ! 1-c ount, 0-not c ount aeros ol4 ! N of aeros . s pec ies (up to 5) from aeros ol -fi les (w i l l be readed one by one)3 2 3 3 ! N of aeros . groups (m ax 3) and N of s pec ies in eac h of them (m ax 5) 2 3 1 2 4 1 2 4 ! Index es of the c om ponents (from the aeros ol fi le ) for eac h group0.05 0.95 0 .7 0 .29 0.01 0 .7 0 .29 0.01 ! S pec ies v o lum e perc entage in the eac h group [] 0 . 2 . 2 . 6 . 6 . 12. ! [k m ] H eight range for eac h group 0 .025 0 .75 0 .0025 ! [k m -1] A bs . C oeff. (0 .55m c r) for eac h group in the g iv en he ig th rangez 512 ! (a20) aeros ol O pt. depth fi le1 61 61 ! FIR S T and LA S T l ine (w av elength) to read from aeros . fi le and w hole N of w av elength there
!* * * S etup s om e inputs for D IS O R T0 ! us rtau: 1- re turn rad ia tion at us er opt.depths , 0- a t c om puted lev e ls0 ! us rang: 1- re turn output a t us er po lar angles (0- a t c om puted angles )4 ! ns tr - num ber o f c om p. po lar angles (' s tream s ' ) ( num u = ns tr !)-1 .0 -0 .5 ! -0 .2113249 ! U M U (1:ns tr/2)- c os -s o f U S E R s polar angles (us ed on ly i f us rang=1) O nly negativ e and in inc reas ing order!!! 1 ! nph i - num ber o f az im utha l output angles ; <=12 (us ed on ly i f ' on ly fl ' =0)0. ! ph i (nphi ) [deg.] - az im uth angles to output IN TE N S . (us ed on ly i f ' on ly fl ' =0)0.342 ! um u0 - c os ine of s o lar po lar angle * * * * * * * * * * c os (30)=0.866025; c os (45)=0.707; c os (50)=0.643; c os (70)=0.3420. ! ph i0 - az im uth angle o f inc ident (s o lar!) beam (0-360 degr.)0 .0 ! fis o t - In tens . o f top boundary IS O TR O P IC i l lum ination1 ! lam ber- (1-true, 0-fa ls e)1 ! on ly fl - (1-true, 0-fa ls e). If ' 0 ' then U M U (), nphi , and ph i () m us t be s et!1 ! p lnk - (1 P LA N K rad ia tion, 0 no p lank rad ia tion)16 ! nm om - num ber o f legandre po l inom ia l m om ents1 ! Flug - for R ay legh s c attering (1-O n)
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *This is for Tom G ard iner: from d i rec t s o la t flux obs erv ation (+ m ay be s om e s m al l therm al flux in the s o lar s o l id angle?)
lb l .in :--------=----------------------------------- 0 ! M _R U N - M ul ti run flag: 0- one LB L run; 1- tw o LB L runs (s ec ond tim e us es lb l .in2) 1 0 ! ITR - P ath ' s k ind. (0-hor.; 1-v ert.); IR E D Z (1-R E D .,0-N O ) 0.0 70. ! Z1, Z2 (Z2-IF ITR =1) - he ights [K M ] 1 .00e-5 ! LE N - Length o f horiz onta l path [K M ]0. ! TE TA - Zeni th angle [G R A D ]200. 13000. 0 ! FR E Q 1, FR E Q 2; Freq. un i ts : 0-[C M -1], 1-[M K M ], 2-[N M ]25. 0 .001 0 ! [C M -1] W IN G s ; H -M IN .S E TK A (IF IA V TH =0, A U TO M A T. IF>0) 0 .001 0 ! [C M -1] R E S .S TE P ; IS R E S =0 -U S R , >0 H * IS R E S ; -1 -' FILTE R ' 0 .02 0 ! [C M -1] O U T S TE P ; IS O U T: 0-U S E R , >0- O U T=H * IS O U T; 9 30. ! N G - N o.of us ed gas es ; H 2O _D IM >0 - H 2O d im er H W H M ins tead of H C l (h i t.ind.15) 1 2 3 4 5 6 7 15 22 8 9 10 11 22 4 6 15 3 7 4 5 6 7 15 9 11 12 10 ! N G A S (N G ) - gas es index esC :H ITR A N 01_H i t08_(Fi t_5300)_2-7,22_& _W D _2003-2008.par !iao2_H 2O from IC R C C M +N 2_40.m et hom _30m bH 2O .m et ! M E TE O (a30)! 0 ! IS E L - S E LE C TIO N : 1 - O N , 0 - O FF 1.e-9 1 .e-11 ! TA U 0 TA U 01 (IF IS E L=1) 1 0 ! C O N TIN U U M C K D 24 1-O N , 0-O FF (H 2O ,C O 2,O 3,O 2,N 2); IO N LY _C O N T. 1-O N , 0-O FF 1 1 ! O U T: 1-O P T.D E P TH , 2-A B S ., 3-TR A N S .; IO P T_M L: 1-M U LTILA Y E R O P T.D E P TH O U T 1 ! IN TE R P O LA TIO N : 1-LIN E A R ; 2-K V A D R A T. 3 ! R E A D LIN E S : 3-H ITR A N -2004; 2-H ITR A N 96; 1-H ITR A N 91; 0-FR O M LB L_A TL.D A T 0 0 ! output: i f 0- un i form out s tep, s eted abov e (O U T S TE P );
8Igor Ptashnik (Reading) 29 April, 2010 Field CAVIAR meeting, Met-Office
Best spectral regions: TAFTS
100 150 200 2500
20
40
60
80
i ao2_H 2O from IC R C C M +N 2_40 .m e t:====================================================== 40 = N Z (32 a t a l l ) 14 = N G !!! N 2 added from ' us a . 1 2 3 4 5 6 7 8 9 10 11 12 15 22 (H 2O c o lum n=2 .99 g /c m 2)IO A -m ode l (S um m er, M id -la ti tude ) [P P M ]
Z[k m ] P [m ba r] T[K ] H 2O (3D C ) C O 2 O 3 N 2O C O C H 4 O 2 N O S O 2 N O 2 N H 3 H N O 3 D IM E R N 2
m y _d is o rt.i n :-------------------------------------------------- 0 ! M _R U N - M u l ti -run flag : 0 - one D is o rt run ; 1 - tw o runs (2d run us es ' m y _d is o rt.i n2 ' )H i t08_1 -7_22_M TC K D (noH 2O )_W D .D A T ! (a40 ) O P T.D E P TH fi l e to us eiao2_H 2O from IC R C C M +N 2_40 .m e t ! (a40 ) M e teo fi l e (.m e t/.a tm ) w as us ed to c rea te O P T.D E P TH fi l enew _k u ruc z _h r_0 .1c m -1 .da t ! (a40 ) S o la r fi l e w i th 2 c o lum ns : [c m -1 ] [W /(m 2* c m -1 )]1 640000 1 ! FIR S T and LA S T l ine from O P T.D E P TH fi l e to read ; and the S TE P - ' d Ifreq '
(d Ifreq=1 m eans ev e ry l i ne i s read , d Ifreq=2 - ev e ry s ec ond l i ne e tc .)0 1 ! N res - N o . o f freq . S TE P S to av e rage fo r s pec tr. FLU X & IN TE N S . ou tpu t; N ou t_s tep - ou tpu t s tep 37 ! N o . o f a tm . lev e ls (from the bo ttom o f a tm os phe re ) to c a lc u la te5 5 ! Low er and U ppe r index o f a tm . lev e l (from the bo ttom ) be tw een w h ic h ou tpu t s pec tra l FLU X & IN TE N S ITIE S (>0 )
!* * * S e tup o f ae ros o l pa ram e te rs0 ! 1 -c oun t, 0 -no t c oun t ae ros o l4 ! N o f ae ros . s pec ies (up to 5 ) from ae ros o l -fi l e s (w i l l be readed one by one )3 2 3 3 ! N o f ae ros . g roups (m ax 3 ) and N o f s pec ies in eac h o f them (m ax 5 ) 2 3 1 2 4 1 2 4 ! Index es o f the c om ponen ts (from the ae ros o l fi l e ) fo r eac h g roup0 .05 0 .95 0 .7 0 .29 0 .01 0 .7 0 .29 0 .01 ! S pec ies v o lum e pe rc en tage in the eac h g roup [] 0 . 2 . 2 . 6 . 6 . 12 . ! [k m ] H e igh t range fo r eac h g roup 0 .025 0 .75 0 .0025 ! [k m -1 ] A bs . C oe ff. (0 .55m c r) fo r eac h g roup in the g iv en he ig th rangez 512 ! (a20 ) ae ros o l O p t. dep th fi l e1 61 61 ! FIR S T and LA S T l ine (w av e leng th ) to read from ae ros . fi l e and w ho le N o f w av e leng th the re
!* * * S e tup s om e inpu ts fo r D IS O R T0 ! us rtau : 1 - re tu rn rad ia tion a t us e r op t.dep ths , 0 - a t c om pu ted lev e ls0 ! us rang : 1 - re tu rn ou tpu t a t us e r po la r ang les (0 - a t c om pu ted ang les )4 ! ns tr - num ber o f c om p . po la r ang les (' s tream s ' ) ( num u = ns tr !)-1 .0 -0 .5 ! -0 .2113249 ! U M U (1 :ns tr/2 )- c os -s o f U S E R s po la r ang les (us ed on ly i f us rang=1 ) O n ly nega ti v e and in inc reas ing o rde r!!! 1 ! nph i - num ber o f az im u tha l ou tpu t ang les ; <=12 (us ed on ly i f ' on ly fl ' =0 )0 . ! ph i (nph i ) [deg .] - az im u th ang les to ou tpu t IN TE N S . (us ed on ly i f ' on ly fl ' =0 )0 .342 ! um u0 - c os ine o f s o la r po la r ang le * * * * * * * * * * c os (30 )=0 .866025 ; c os (45 )=0 .707 ; c os (50 )=0 .643 ; c os (70 )=0 .3420 . ! ph i0 - az im u th ang le o f inc iden t (s o la r!) beam (0 -360 deg r.)0 .0 ! fi s o t - In tens . o f top bounda ry IS O TR O P IC i l l um ina tion1 ! l am be r- (1 -true , 0 -fa ls e )1 ! on ly fl - (1 -true , 0 -fa ls e ). If ' 0 ' then U M U (), nph i , and ph i () m us t be s e t!1 ! p lnk - (1 P LA N K rad ia tion , 0 no p lank rad ia tion )16 ! nm om - num ber o f legand re po l inom ia l m om en ts1 ! Flug - fo r R ay legh s c a tte ring (1 -O n )
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *Th is i s fo r Tom G ard ine r: from d i rec t s o la t fl u x obs e rv a tion (+ m ay be s om e s m a l l the rm a l fl u x in the s o la r s o l id ang le? )
lb l .i n :--------=----------------------------------- 0 ! M _R U N - M u l ti run flag : 0 - one LB L run ; 1 - tw o LB L runs (s ec ond tim e us es lb l .i n2 ) 1 0 ! ITR - P a th ' s k ind . (0 -ho r.; 1 -v e rt.); IR E D Z (1 -R E D .,0 -N O ) 0 .0 70 . ! Z1 , Z2 (Z2 -IF ITR =1 ) - he igh ts [K M ] 1 .00e -5 ! LE N - Leng th o f ho ri z on ta l pa th [K M ]0 . ! TE TA - Zen i th ang le [G R A D ]200 . 13000 . 0 ! FR E Q 1 , FR E Q 2 ; Freq . un i ts : 0 -[C M -1 ], 1 -[M K M ], 2 -[N M ]25 . 0 .001 0 ! [C M -1 ] W IN G s ; H -M IN .S E TK A (IF IA V TH =0 , A U TO M A T. IF>0 ) 0 .001 0 ! [C M -1 ] R E S .S TE P ; IS R E S =0 -U S R , >0 H * IS R E S ; -1 -' FILTE R ' 0 .02 0 ! [C M -1 ] O U T S TE P ; IS O U T: 0 -U S E R , >0 - O U T=H * IS O U T; 9 30 . ! N G - N o .o f us ed gas es ; H 2O _D IM >0 - H 2O d im e r H W H M ins tead o f H C l (h i t.i nd .15 ) 1 2 3 4 5 6 7 15 22 8 9 10 11 22 4 6 15 3 7 4 5 6 7 15 9 11 12 10 ! N G A S (N G ) - gas es index esC :H ITR A N 01_H i t08_ (Fi t_5300 )_2 -7 ,22_& _W D _2003 -2008 .pa r !i ao2_H 2O from IC R C C M +N 2_40 .m e t hom _30m bH 2O .m e t ! M E TE O (a30 )! 0 ! IS E L - S E LE C TIO N : 1 - O N , 0 - O FF 1 .e -9 1 .e -11 ! TA U 0 TA U 01 (IF IS E L=1 ) 1 0 ! C O N TIN U U M C K D 24 1 -O N , 0 -O FF (H 2O ,C O 2 ,O 3 ,O 2 ,N 2 ); IO N LY _C O N T. 1 -O N , 0 -O FF 1 1 ! O U T: 1 -O P T.D E P TH , 2 -A B S ., 3 -TR A N S .; IO P T_M L : 1 -M U LTILA Y E R O P T.D E P TH O U T 1 ! IN TE R P O LA TIO N : 1 -L IN E A R ; 2 -K V A D R A T. 3 ! R E A D L IN E S : 3 -H ITR A N -2004 ; 2 -H ITR A N 96 ; 1 -H ITR A N 91 ; 0 -FR O M LB L_A TL .D A T 0 0 ! ou tpu t: i f 0 - un i fo rm ou t s tep , s e ted abov e (O U T S TE P );
