Recombination line intensities for hydrogenic ions (Storey+ 1995)

Details Recombination line intensities for hydrogenic ions (Storey+ 1995) Recombination line intensities for hydrogenic ions (Storey+ 1995)

Jul 1995

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1995ycat.6064....0s&link_type=abstract

VizieR On-line Data Catalog: VI/64. Originally published in: 1995MNRAS.272...41S

Physics

Atomic Physics

1

Atomic Physics

Scientific paper

Line emissivities, effective recombination coefficients, opacity factors, departure coefficients and total recombination coefficients are calculated for hydrogenic ions with Z<=8.
There are 162 primary files labelled rZCTTTT.d, where Z=1,2,..,8 is the ionic charge C=a or b is the Case in the sense of Baker and Menzel (1938ApJ....88...52B), i.e. -- A for a nebula transparent to Lyman line radiation, -- B for an opaque nebula TTTT=0.01Te is a reduced temperature variable.
There are 9 values of electron densities (log(Ne)=2(1)10) for case A, and 13 (log(Ne)=2(1)14) for case B. The structure of these files is detailed in section 4 of the MNRAS paper.
There are 16 secondary files labelled eZC.d, where Z=1,2,..,8 is the ionic charge C=a or b is the Case in the sense of Baker and Menzel (1938ApJ....88...52B) which contain emissivities and total recombination coefficients.
These files are accompanied by an interactive data server intrat.f. Please refer to section 5 of the MNRAS paper which details the usage of the program.
CGS units are used, meaning that => densities are expressed in cm-3 => emissivities are expressed in erg.s-1.cm-3 (10-7W.cm-3) => effective recombination coefficients are expressed in cm3.s-1
(1 data file).

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