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	J/ApJS/228/11	477		Time-dependent cooling in photoionized plasma (Gnat, 2017) ReadMe+ftp 2017ApJS..228...11G Similar Catalogs Post annotation
1.	J/ApJS/228/11/table11		Time-dependent photoionized ion fractions (234546 rows) metaJ/ApJS/228/11/table11

Simple Constraint List Of Constraints

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Column

Constraint

Explain (UCD)

recno

Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)

FileName

(char)

Filename (Note 1) (meta.id;meta.file)

Temp

(char) K

Temperature (phys.temperature)

H0/H

H0 fractional abundance (phys.abund)

H+/H

H+ fractional abundance (phys.abund)

He0/He

He0 fractional abundance (phys.abund)

He+/He

He+ fractional abundance (phys.abund)

He2+/He

He2+ fractional abundance (phys.abund)

C0/C

C0 fractional abundance (phys.abund)

C+/C

C+ fractional abundance (phys.abund)

C2+/C

C2+ fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

C3+/C

C3+ fractional abundance (phys.abund)

C4+/C

C4+ fractional abundance (phys.abund)

C5+/C

C5+ fractional abundance (phys.abund)

C6+/C

C6+ fractional abundance (phys.abund)

N0/N

N0 fractional abundance (phys.abund)

N+/N

N+ fractional abundance (phys.abund)

N2+/N

N2+ fractional abundance (phys.abund)

N3+/N

N3+ fractional abundance (phys.abund)

N4+/N

N4+ fractional abundance (phys.abund)

N5+/N

N5+ fractional abundance (phys.abund)

N6+/N

N6+ fractional abundance (phys.abund)

N7+/N

N7+ fractional abundance (phys.abund)

O0/O

O0 fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

O+/O

O+ fractional abundance (phys.abund)

O2+/O

O2+ fractional abundance (phys.abund)

O3+/O

O3+ fractional abundance (phys.abund)

O4+/O

O4+ fractional abundance (phys.abund)

O5+/O

O5+ fractional abundance (phys.abund)

O6+/O

O6+ fractional abundance (phys.abund)

O7+/O

O7+ fractional abundance (phys.abund)

O8+/O

O8+ fractional abundance (phys.abund)

Ne0/Ne

Ne0 fractional abundance (phys.abund)

Ne+/Ne

Ne+ fractional abundance (phys.abund)

Ne2+/Ne

Ne2+ fractional abundance (phys.abund)

Ne3+/Ne

Ne3+ fractional abundance (phys.abund)

Ne4+/Ne

Ne4+ fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

Ne5+/Ne

Ne5+ fractional abundance (phys.abund)

Ne6+/Ne

Ne6+ fractional abundance (phys.abund)

Ne7+/Ne

Ne7+ fractional abundance (phys.abund)

Ne8+/Ne

Ne8+ fractional abundance (phys.abund)

Ne9+/Ne

Ne9+ fractional abundance (phys.abund)

Ne10+/Ne

Ne10+ fractional abundance (phys.abund)

Mg0/Mg

Mg0 fractional abundance (phys.abund)

Mg+/Mg

Mg+ fractional abundance (phys.abund)

Mg2+/Mg

Mg2+ fractional abundance (phys.abund)

Mg3+/Mg

Mg3+ fractional abundance (phys.abund)

Mg4+/Mg

Mg4+ fractional abundance (phys.abund)

Mg5+/Mg

Mg5+ fractional abundance (phys.abund)

Mg6+/Mg

Mg6+ fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

Mg7+/Mg

Mg7+ fractional abundance (phys.abund)

Mg8+/Mg

Mg8+ fractional abundance (phys.abund)

Mg9+/Mg

Mg9+ fractional abundance (phys.abund)

Mg10+/Mg

Mg10+ fractional abundance (phys.abund)

Mg11+/Mg

Mg11+ fractional abundance (phys.abund)

Mg12+/Mg

Mg12+ fractional abundance (phys.abund)

Si0/Si

Si0 fractional abundance (phys.abund)

Si+/Si

Si+ fractional abundance (phys.abund)

Si2+/Si

Si2+ fractional abundance (phys.abund)

Si3+/Si

Si3+ fractional abundance (phys.abund)

Si4+/Si

Si4+ fractional abundance (phys.abund)

Si5+/Si

Si5+ fractional abundance (phys.abund)

Si6+/Si

Si6+ fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

Si7+/Si

Si7+ fractional abundance (phys.abund)

Si8+/Si

Si8+ fractional abundance (phys.abund)

Si9+/Si

Si9+ fractional abundance (phys.abund)

Si10+/Si

Si10+ fractional abundance (phys.abund)

Si11+/Si

Si11+ fractional abundance (phys.abund)

Si12+/Si

Si12+ fractional abundance (phys.abund)

Si13+/Si

Si13+ fractional abundance (phys.abund)

Si14+/Si

Si14+ fractional abundance (phys.abund)

S0/S

S0 fractional abundance (phys.abund)

S+/S

S+ fractional abundance (phys.abund)

S2+/S

S2+ fractional abundance (phys.abund)

S3+/S

S3+ fractional abundance (phys.abund)

S4+/S

S4+ fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

S5+/S

S5+ fractional abundance (phys.abund)

S6+/S

S6+ fractional abundance (phys.abund)

S7+/S

S7+ fractional abundance (phys.abund)

S8+/S

S8+ fractional abundance (phys.abund)

S9+/S

S9+ fractional abundance (phys.abund)

S10+/S

S10+ fractional abundance (phys.abund)

S11+/S

S11+ fractional abundance (phys.abund)

S12+/S

S12+ fractional abundance (phys.abund)

S13+/S

S13+ fractional abundance (phys.abund)

S14+/S

S14+ fractional abundance (phys.abund)

S15+/S

S15+ fractional abundance (phys.abund)

S16+/S

S16+ fractional abundance (phys.abund)

Fe0/Fe

Fe0 fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

Fe+/Fe

Fe+ fractional abundance (phys.abund)

Fe2+/Fe

Fe2+ fractional abundance (phys.abund)

Fe3+/Fe

Fe3+ fractional abundance (phys.abund)

Fe4+/Fe

Fe4+ fractional abundance (phys.abund)

Fe5+/Fe

Fe5+ fractional abundance (phys.abund)

Fe6+/Fe

Fe6+ fractional abundance (phys.abund)

Fe7+/Fe

Fe7+ fractional abundance (phys.abund)

Fe8+/Fe

Fe8+ fractional abundance (phys.abund)

Fe9+/Fe

Fe9+ fractional abundance (phys.abund)

Fe10+/Fe

Fe10+ fractional abundance (phys.abund)

Fe11+/Fe

Fe11+ fractional abundance (phys.abund)

Fe12+/Fe

Fe12+ fractional abundance (phys.abund)

Fe13+/Fe

Fe13+ fractional abundance (phys.abund)

ALL cols

⁽ⁱ⁾indexed column

Fe14+/Fe

Fe14+ fractional abundance (phys.abund)

Fe15+/Fe

Fe15+ fractional abundance (phys.abund)

Fe16+/Fe

Fe16+ fractional abundance (phys.abund)

Fe17+/Fe

Fe17+ fractional abundance (phys.abund)

Fe18+/Fe

Fe18+ fractional abundance (phys.abund)

Fe19+/Fe

Fe19+ fractional abundance (phys.abund)

Fe20+/Fe

Fe20+ fractional abundance (phys.abund)

Fe21+/Fe

Fe21+ fractional abundance (phys.abund)

Fe22+/Fe

Fe22+ fractional abundance (phys.abund)

Fe23+/Fe

Fe23+ fractional abundance (phys.abund)

Fe24+/Fe

Fe24+ fractional abundance (phys.abund)

Fe25+/Fe

Fe25+ fractional abundance (phys.abund)

Fe26+/Fe

Fe26+ fractional abundance (phys.abund)

cm-3

[1e-07/1000] Density (Note 1) (phys.columnDensity)

[0/3] Redshift (Note 1) (src.redshift)

Sun

[0.001/10] Metallicity (Note 1) (phys.abund.Z)

ALL cols

⁽ⁱ⁾indexed column

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