Castelli's current ODFs for the Linux version of ATLAS9.
See wwwuser.oats.inaf.it/castelli for an explanation. Once her
new calculations are complete, all the Kurucz ODF's will be obsolete
and will be deleted.
CASTELLI WEB SITE
-----------------------------------------------------------------------------------------------
NEW ODFs---BINARY DATA
-----------------------------------------------------------------------------------------------
The "a" in the filenames indicates that the alpha elements are enhanced
[M/H]=+1.5 old-H2O--available on request:
----------
p15big0.bdf vturb=0 km/sec
p15big1.bdf vturb=1 km/sec
p15big2.bdf vturb=2 km/sec
p15big4.bdf vturb=4 km/sec
p15big8.bdf vturb=8 km/sec
[M/H]=+1.0--new H2O--RECOMPUTED Feb 2016:
----------
p10big0.bdf vturb=0 km/sec
p10big1.bdf vturb=1 km/sec
p10big2.bdf vturb=2 km/sec
p10big4.bdf vturb=4 km/sec
p10big8.bdf vturb=8 km/sec
p10lit0.bdf vturb=0 km/sec
p10lit1.bdf vturb=1 km/sec
p10lit2.bdf vturb=2 km/sec
p10lit4.bdf vturb=4 km/sec
p10lit8.bdf vturb=8 km/sec
[M/H]=+0.75 old H2O--available on request:
-----------
p075big0.bdf vturb=0 km/sec
p075big1.bdf vturb=1 km/sec
p075big2.bdf vturb=2 km/sec
p075big4.bdf vturb=4 km/sec
p075big8.bdf vturb=8 km/sec
[M/H]=+0.5--new H2O--RECOMPUTED Apr 2012--available on request:
----------
p05big0.bdf vturb=0 km/sec
p05big1.bdf vturb=1 km/sec
p05big2.bdf vturb=2 km/sec
p05big4.bdf vturb=4 km/sec
p05big8.bdf vturb=8 km/sec
p05lit0.bdf vturb=0 km/sec
p05lit1.bdf vturb=1 km/sec
p05lit2.bdf vturb=2 km/sec
p05lit4.bdf vturb=4 km/sec
p05lit8.bdf vturb=8 km/sec
[M/H]=+0.5a --> old H2O--available on request:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
p05abig0.bdf vturb=0 km/sec
p05abig1.bdf vturb=1 km/sec
p05abig2.bdf vturb=2 km/sec
p05abig4.bdf vturb=4 km/sec
p05abig8.bdf vturb=8 km/sec
p05alit2.bdf vturb=2 km/sec
[M/H]=+0.4 --> new H2O--recomputed Aug. 2015:
-----------
p04big0.bdf vturb=0 km/sec
p04big1.bdf vturb=1 km/sec
p04big2.bdf vturb=2 km/sec
p04big4.bdf vturb=4 km/sec
p04big8.bdf vturb=8 km/sec
p04lit0.bdf vturb=0 km/sec
p04lit1.bdf vturb=1 km/sec
p04lit2.bdf vturb=2 km/sec
p04lit4.bdf vturb=4 km/sec
p04lit8.bdf vturb=8 km/sec
[M/H]=+0.3--> New H2O--RECOMPUTED March 2016
-----------
p03big0.bdf vturb=0 km/sec
p03big1.bdf vturb=1 km/sec
p03big2.bdf vturb=2 km/sec
p03big4.bdf vturb=4 km/sec
p03big8.bdf vturb=8 km/sec
p03lit0.bdf vturb=0 km/sec
p03lit1.bdf vturb=1 km/sec
p03lit2.bdf vturb=2 km/sec
p03lit4.bdf vturb=4 km/sec
p03lit8.bdf vturb=8 km/sec
[M/H]=+0.2--> New H2O--RECOMPUTED Jun 2012 --available on request:
-----------
p02big0.bdf vturb=0 km/sec
p02big1.bdf vturb=1 km/sec
p02big2.bdf vturb=2 km/sec
p02big4.bdf vturb=4 km/sec
p02big8.bdf vturb=8 km/sec
p02lit0.bdf vturb=0 km/sec
p02lit1.bdf vturb=1 km/sec
p02lit2.bdf vturb=2 km/sec
p02lit4.bdf vturb=4 km/sec
p02lit8.bdf vturb=8 km/sec
[M/H]=+0.2a--> old H2O--available on request:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
-----------
p02abig0.bdf vturb=0 km/sec
p02abig1.bdf vturb=1 km/sec
p02abig2.bdf vturb=2 km/sec
p02abig4.bdf vturb=4 km/sec
p02abig8.bdf vturb=8 km/sec
p02alit2.bdf vturb=2 km/sec
[M/H]=+0.1--> old H2O--available on request:
-----------
p01big0.bdf vturb=0 km/sec
p01big1.bdf vturb=1 km/sec
p01big2.bdf vturb=2 km/sec
p01big4.bdf vturb=4 km/sec
p01big8.bdf vturb=8 km/sec
[M/H]= 0.0--> new H2O--RECOMPUTED Feb 2012--available on request:
----------
p00big0.bdf vturb=0 km/sec
p00big1.bdf vturb=1 km/sec
p00big2.bdf vturb=2 km/sec
p00big4.bdf vturb=4 km/sec
p00big8.bdf vturb=8 km/sec
p00lit0.bdf vturb=0 km/sec
p00lit1.bdf vturb=1 km/sec
p00lit2.bdf vturb=2 km/sec
p00lit4.bdf vturb=4 km/sec
p00lit8.bdf vturb=8 km/sec
[M/H]=0.0a--> old H2O--available on request:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
-----------
p00abig0.bdf vturb=0 km/sec
p00abig1.bdf vturb=1 km/sec
p00abig2.bdf vturb=2 km/sec
p00abig4.bdf vturb=4 km/sec
p00abig8.bdf vturb=8 km/sec
p00alit0.bdf vturb=0 km/sec
p00alit1.bdf vturb=1 km/sec
p00alit2.bdf vturb=2 km/sec
[M/H]=-0.1-- new H2O--RECOMPUTED-- apr 2014:
-----------
m01big0.bdf vturb=0 km/sec
m01big1.bdf vturb=1 km/sec
m01big2.bdf vturb=2 km/sec
m01big4.bdf vturb=4 km/sec
m01big8.bdf vturb=8 km/sec
m01lit0.bdf vturb=0 km/sec
m01lit1.bdf vturb=1 km/sec
m01lit2.bdf vturb=2 km/sec
m01lit4.bdf vturb=4 km/sec
m01lit8.bdf vturb=8 km/sec
[M/H]=-0.2-- new H2O--RECOMPUTED apr 2014:
-----------
m02big0.bdf vturb=0 km/sec
m02big1.bdf vturb=1 km/sec
m02big2.bdf vturb=2 km/sec
m02big4.bdf vturb=4 km/sec
m02big8.bdf vturb=8 km/sec
m02lit0.bdf vturb=0 km/sec
m02lit1.bdf vturb=1 km/sec
m02lit2.bdf vturb=2 km/sec
m02lit4.bdf vturb=4 km/sec
m02lit8.bdf vturb=8 km/sec
[M/H]=-0.3-- new H2O--RECOMPUTED apr 2014:
-----------
m03big0.bdf vturb=0 km/sec
m03big1.bdf vturb=1 km/sec
m03big2.bdf vturb=2 km/sec
m03big4.bdf vturb=4 km/sec
m03big8.bdf vturb=8 km/sec
m03lit0.bdf vturb=0 km/sec
m03lit1.bdf vturb=1 km/sec
m03lit2.bdf vturb=2 km/sec
m03lit4.bdf vturb=4 km/sec
m03lit8.bdf vturb=8 km/sec
[M/H]=-0.4-- new H2O--RECOMPUTED apr 2014:
-----------
m04big0.bdf vturb=0 km/sec
m04big1.bdf vturb=1 km/sec
m04big2.bdf vturb=2 km/sec
m04big4.bdf vturb=4 km/sec
m04big8.bdf vturb=8 km/sec
m04lit0.bdf vturb=0 km/sec
m04lit1.bdf vturb=1 km/sec
m04lit2.bdf vturb=2 km/sec
m04lit4.bdf vturb=4 km/sec
m04lit8.bdf vturb=8 km/sec
[M/H]=-0.5-- new H2O--RECOMPUTED mar 2012:
-----------
m05big0.bdf vturb=0 km/sec
m05big1.bdf vturb=1 km/sec
m05big2.bdf vturb=2 km/sec
m05big4.bdf vturb=4 km/sec
m05big8.bdf vturb=8 km/sec
m05lit0.bdf vturb=0 km/sec
m05lit1.bdf vturb=1 km/sec
m05lit2.bdf vturb=2 km/sec
m05lit4.bdf vturb=4 km/sec
m05lit8.bdf vturb=8 km/sec
[M/H]=-0.5a---> new H2O--recomputed July 2015:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
m05abig0.bdf vturb=0 km/sec
m05abig1.bdf vturb=1 km/sec
m05abig2.bdf vturb=2 km/sec
m05abig4.bdf vturb=4 km/sec
m05abig8.bdf vturb=8 km/sec
m05alit0.bdf vturb=0 km/sec
m05alit1.bdf vturb=1 km/sec
m05alit2.bdf vturb=2 km/sec
m05alit4.bdf vturb=4 km/sec
m05alit8.bdf vturb=8 km/sec
[M/H]=-0.5a2---> old H2O--available on request:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.2 dex
------------
m05a2big0.bdf vturb=0 km/sec
m05a2big1.bdf vturb=1 km/sec
m05a2big2.bdf vturb=2 km/sec
m05a2big4.bdf vturb=4 km/sec
m05a2big8.bdf vturb=8 km/sec
m05a2lit2.bdf vturb=2 km/sec
[M/H]=-0.75--->old H2O--available on request:
-----------
m075big0.bdf vturb=0 km/sec
m075big1.bdf vturb=1 km/sec
m075big2.bdf vturb=2 km/sec
m075big4.bdf vturb=4 km/sec
m075big8.bdf vturb=8 km/sec
[M/H]=-1.0--> new H2O--RECOMPUTED Mar 2012--available on request:
----------
m10big0.bdf vturb=0 km/sec
m10big1.bdf vturb=1 km/sec
m10big2.bdf vturb=2 km/sec
m10big4.bdf vturb=4 km/sec
m10big8.bdf vturb=8 km/sec
m10lit0.bdf vturb=0 km/sec
m10lit1.bdf vturb=1 km/sec
m10lit2.bdf vturb=2 km/sec
m10lit4.bdf vturb=4 km/sec
m10lit8.bdf vturb=8 km/sec
[M/H]=-1.0a--->new H2O--RECOMPUTED nov 2014-available on request:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
m10abig0.bdf vturb=0 km/sec
m10abig1.bdf vturb=1 km/sec
m10abig2.bdf vturb=2 km/sec
m10abig4.bdf vturb=4 km/sec
m10abig8.bdf vturb=8 km/sec
m10alit0.bdf vturb=0 km/sec
m10alit1.bdf vturb=1 km/sec
m10alit2.bdf vturb=2 km/sec
m10alit4.bdf vturb=4 km/sec
m10alit8.bdf vturb=8 km/sec
[M/H]=-1.5--> new H2O--RECOMPUTED apr 2012
------------
m15big0.bdf vturb=0 km/sec
m15big1.bdf vturb=1 km/sec
m15big2.bdf vturb=2 km/sec
m15big4.bdf vturb=4 km/sec
m15big8.bdf vturb=8 km/sec
m15big0.bdf vturb=0 km/sec
m15lit1.bdf vturb=1 km/sec
m15lit2.bdf vturb=2 km/sec
m15lit4.bdf vturb=4 km/sec
m15lit8.bdf vturb=8 km/sec
[M/H]=-1.5a---> new H2O --recomputed July 2015:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
-----------
m15abig0.bdf vturb=0 km/sec
m15abig1.bdf vturb=1 km/sec
m15abig2.bdf vturb=2 km/sec
m15abig4.bdf vturb=4 km/sec
m15abig8.bdf vturb=8 km/sec
m15abig0.bdf vturb=0 km/sec
m15alit1.bdf vturb=1 km/sec
m15alit2.bdf vturb=2 km/sec
m15alit4.bdf vturb=4 km/sec
m15alit8.bdf vturb=8 km/sec
[M/H]=-2.0--> new H2O--RECOMPUTED Apr 2012
-----------
m20big0.bdf vturb=0 km/sec
m20big1.bdf vturb=1 km/sec
m20big2.bdf vturb=2 km/sec
m20big4.bdf vturb=4 km/sec
m20big8.bdf vturb=8 km/sec
m20lit0.bdf vturb=0 km/sec
m20lit1.bdf vturb=1 km/sec
m20lit2.bdf vturb=2 km/sec
m20lit4.bdf vturb=4 km/sec
m20lit8.bdf vturb=8 km/sec
[M/H]=-2.0a--->new H2O--RECOMPUTED Nov 2014
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
-------------
m20abig0.bdf vturb=0 km/sec
m20abig1.bdf vturb=1 km/sec
m20abig2.bdf vturb=2 km/sec
m20abig4.bdf vturb=4 km/sec
m20abig8.bdf vturb=8 km/sec
m20alit0.bdf vturb=2 km/sec
m20alit1.bdf vturb=2 km/sec
m20alit2.bdf vturb=2 km/sec
m20alit4.bdf vturb=2 km/sec
m20alit8.bdf vturb=2 km/sec
[M/H]=-2.5---new H2O--RECOMPUTED Apr 2012
----------
m25big0.bdf vturb=0 km/sec
m25big1.bdf vturb=1 km/sec
m25big2.bdf vturb=2 km/sec
m25big4.bdf vturb=4 km/sec
m25big8.bdf vturb=8 km/sec
m25lit0.bdf vturb=0 km/sec
m25lit1.bdf vturb=1 km/sec
m25lit2.bdf vturb=2 km/sec
m25lit4.bdf vturb=4 km/sec
m25lit8.bdf vturb=8 km/sec
[M/H]=-2.5a---> new H2O--recomputed July 2012:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
m25abig0.bdf vturb=0 km/sec
m25abig1.bdf vturb=1 km/sec
m25abig2.bdf vturb=2 km/sec
m25abig4.bdf vturb=4 km/sec
m25abig8.bdf vturb=8 km/sec
m25alit0.bdf vturb=2 km/sec
m25alit1.bdf vturb=2 km/sec
m25alit2.bdf vturb=2 km/sec
m25alit4.bdf vturb=2 km/sec
m25alit8.bdf vturb=2 km/sec
[M/H]=-3.0---> new H2O--RECOMPUTED March 2015:
----------
m30big0.bdf vturb=0 km/sec
m30big1.bdf vturb=1 km/sec
m30big2.bdf vturb=2 km/sec
m30big4.bdf vturb=4 km/sec
m30big8.bdf vturb=8 km/sec
m30lit0.bdf vturb=0 km/sec
m30lit1.bdf vturb=1 km/sec
m30lit2.bdf vturb=2 km/sec
m30lit4.bdf vturb=4 km/sec
m30lit8.bdf vturb=8 km/sec
[M/H]=-3.0a--> new H2O--RECOMPUTED Jan 2015
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
----------
m30abig0.bdf vturb=0 km/sec
m30abig1.bdf vturb=1 km/sec
m30abig2.bdf vturb=2 km/sec
m30abig4.bdf vturb=4 km/sec
m30abig8.bdf vturb=8 km/sec
m30alit0.bdf vturb=2 km/sec
m30alit1.bdf vturb=2 km/sec
m30alit2.bdf vturb=2 km/sec
m30alit4.bdf vturb=2 km/sec
m30alit8.bdf vturb=2 km/sec
[M/H]=-3.5---> new H2O--RECOMPUTED July 2015:
----------
m35big0.bdf vturb=0 km/sec
m35big1.bdf vturb=1 km/sec
m35big2.bdf vturb=2 km/sec
m35big4.bdf vturb=4 km/sec
m35big8.bdf vturb=8 km/sec
m35lit0.bdf vturb=0 km/sec
m35lit1.bdf vturb=1 km/sec
m35lit2.bdf vturb=2 km/sec
m35lit4.bdf vturb=4 km/sec
m35lit8.bdf vturb=8 km/sec
[M/H]=-3.5a---> new H2O--RECOMPUTED July 2015:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
----------
m35abig0.bdf vturb=0 km/sec
m35abig1.bdf vturb=1 km/sec
m35abig2.bdf vturb=2 km/sec
m35abig4.bdf vturb=4 km/sec
m35abig8.bdf vturb=8 km/sec
m35alit0.bdf vturb=0 km/sec
m35alit1.bdf vturb=1 km/sec
m35alit2.bdf vturb=2 km/sec
m35alit4.bdf vturb=4 km/sec
m35alit8.bdf vturb=8 km/sec
[M/H]=-4.0---> new H2O--RECOMPUTED July 2015:
-----------
m40big0.bdf vturb=0 km/sec
m40big1.bdf vturb=1 km/sec
m40big2.bdf vturb=2 km/sec
m40big4.bdf vturb=4 km/sec
m40big8.bdf vturb=8 km/sec
m40lit0.bdf vturb=0 km/sec
m40lit1.bdf vturb=1 km/sec
m40lit2.bdf vturb=2 km/sec
m40lit4.bdf vturb=4 km/sec
m40lit8.bdf vturb=8 km/sec
[M/H]=-4.0a---> new H2O--RECOMPUTED July 2015:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
m40abig0.bdf vturb=0 km/sec
m40abig1.bdf vturb=1 km/sec
m40abig2.bdf vturb=2 km/sec
m40abig4.bdf vturb=4 km/sec
m40abig8.bdf vturb=8 km/sec
m40alit0.bdf vturb=0 km/sec
m40alit1.bdf vturb=1 km/sec
m40alit2.bdf vturb=2 km/sec
m40alit4.bdf vturb=4 km/sec
m40alit8.bdf vturb=8 km/sec
[M/H]=-4.5a---> new H2O--RECOMPUTED July 2015:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
m45abig0.bdf vturb=0 km/sec
m45abig1.bdf vturb=1 km/sec
m45abig2.bdf vturb=2 km/sec
m45abig4.bdf vturb=4 km/sec
m45abig8.bdf vturb=8 km/sec
m45alit0.bdf vturb=0 km/sec
m45alit1.bdf vturb=1 km/sec
m45alit2.bdf vturb=2 km/sec
m45alit4.bdf vturb=4 km/sec
m45alit8.bdf vturb=8 km/sec
[M/H]=-5.0---> new H2O--COMPUTED Nov 2015:
-----------
m50big0.bdf vturb=0 km/sec
m50big1.bdf vturb=1 km/sec
m50big2.bdf vturb=2 km/sec
m50big4.bdf vturb=4 km/sec
m50big8.bdf vturb=8 km/sec
m50lit0.bdf vturb=0 km/sec
m50lit1.bdf vturb=1 km/sec
m50lit2.bdf vturb=2 km/sec
m50lit4.bdf vturb=4 km/sec
m50lit8.bdf vturb=8 km/sec
[M/H]=-5.5a---> new H2O--RECOMPUTED July 2015:
the alpha elements (O, Ne, Mg, Si, S, Ar, Ca, Ti) are enhanced by +0.4 dex
------------
m55abig0.bdf vturb=0 km/sec
m55abig1.bdf vturb=1 km/sec
m55abig2.bdf vturb=2 km/sec
m55abig4.bdf vturb=4 km/sec
m55abig8.bdf vturb=8 km/sec
m55alit0.bdf vturb=0 km/sec
m55alit1.bdf vturb=1 km/sec
m55alit2.bdf vturb=2 km/sec
m55alit4.bdf vturb=4 km/sec
m55alit8.bdf vturb=8 km/sec
[M/H]=-6.0---> new H2O--COMPUTED Nov 2015:
-----------
m60big0.bdf vturb=0 km/sec
m60big1.bdf vturb=1 km/sec
m60big2.bdf vturb=2 km/sec
m60big4.bdf vturb=4 km/sec
m60big8.bdf vturb=8 km/sec
m60lit0.bdf vturb=0 km/sec
m60lit1.bdf vturb=1 km/sec
m60lit2.bdf vturb=2 km/sec
m60lit4.bdf vturb=4 km/sec
m60lit8.bdf vturb=8 km/sec
[M/H]=-7.0---> new H2O--COMPUTED Nov 2015:
-----------
m70big0.bdf vturb=0 km/sec
m70big1.bdf vturb=1 km/sec
m70big2.bdf vturb=2 km/sec
m70big4.bdf vturb=4 km/sec
m70big8.bdf vturb=8 km/sec
m70lit0.bdf vturb=0 km/sec
m70lit1.bdf vturb=1 km/sec
m70lit2.bdf vturb=2 km/sec
m70lit4.bdf vturb=4 km/sec
m70lit8.bdf vturb=8 km/sec
Old Kurucz ODF files:
Naming scheme: M01 = [-0.1} log metal abundance relative to solar
P00 = [+0.0] solar abundances from Anders and Grevesse ( )
P05 = [+0.5] log metal abundance relative to solar
A = alpha enchanced, the alpha-process elements
(O, Ne, Mg, Si, S, Ar, Ca, and Ti) enhanced by
+0.4 in the log.
B = alpha enchanced, the alpha-process elements
(O, Ne, Mg, Si, S, Ar, Ca, and Ti) enhanced by
+1.0 in the log.
F = solar Fe abundance reduced to current value -4.51
HE = He number fraction specified in per cent
Y = He mass fraction specified in per cent
All binary except ROSSELAND
DFBETA opacities for region around Hbeta
without Hbeta itself for various abundances
DFM01
DFM02
DFM03
DFM05
DFM05A
DFM05HE00
DFM10
DFM10A
DFM10HE50
DFM15
DFM15A
DFM20
DFM20A
DFM25
DFM25A
DFM30
DFM30A
DFM35
DFM35A
DFM40
DFM40A
DFM45
DFM45A
DFM50
DFM50A
DFP00
DFP00A
DFP00B
DFP00F
DFP00HE00
DFP00NOHLINES opacities without H lines,
mainly metal lines that scale approximately with abundance
DFP00Y25
DFP00Y31
DFP01
DFP02
DFP03
DFP03F
DFP04 interpolated
DFP05
DFP05A
DFP10
ROSSELAND Rosseland opacities computed from the above opacities. in ascii