VizieR

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	J/A+A/578/A63	411		MHD shock code mhd_vode (Flower+, 2015) ReadMe+ftp 2015A&A...578A..63F Similar Catalogs Availaible zip files: [version.zip] [grid.zip] Post annotation
1.	J/A+A/578/A63/table1		Atomic lines and NH₃ 572GHz line: C-shocks (28 rows) metaJ/A+A/578/A63/table1
2.	J/A+A/578/A63/table2		Atomic lines & NH₃ 572GHz line : J-shock ; nH=10³cm^–3 ; nH=10⁴cm^–3 and nH=10⁵cm^–3 (28 rows) metaJ/A+A/578/A63/table2
3.	J/A+A/578/A63/table3		CO (TdV: K.km/s): C-shocks (40 rows) metaJ/A+A/578/A63/table3
4.	J/A+A/578/A63/table4		CO (TdV: K.km/s): J-shocks (40 rows) metaJ/A+A/578/A63/table4
5.	J/A+A/578/A63/table5		H2 column density divided by the level degeneracy [ln(N(v,J)/g)]: C-shocks (125 rows) metaJ/A+A/578/A63/table5
6.	J/A+A/578/A63/table6		H2 column density divided by the level degeneracy [ln(N(v,J)/g)] : J-shock ; nH=10³cm^–3, nH=10⁴cm^–3 and nH=10⁵cm^–3 (125 rows) metaJ/A+A/578/A63/table6
7.	J/A+A/578/A63/table7		OH (TdV: K.km/s): C-shocks (40 rows) metaJ/A+A/578/A63/table7
8.	J/A+A/578/A63/table8		OH (TdV: K.km/s): J-shocks (40 rows) metaJ/A+A/578/A63/table8
9.	J/A+A/578/A63/table9		ortho-H2O (TdV: K.km/s): C-shocks (158 rows) metaJ/A+A/578/A63/table9
10.	J/A+A/578/A63/table10		ortho-H2O (TdV: K.km/s): J-shocks (158 rows) metaJ/A+A/578/A63/table10
11.	J/A+A/578/A63/table11		para-H2O (TdV: K.km/s): C-shocks (158 rows) metaJ/A+A/578/A63/table11
12.	J/A+A/578/A63/table12		para-H2O (TdV: K.km/s): J-shocks (158 rows) metaJ/A+A/578/A63/table12

Simple Constraint List Of Constraints

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applied on Columns (Output Order: + - )

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Column

Constraint

Explain (UCD)

recno

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

Species

(char)

Species (meta.note)

C-v10n3

Line intensity, C-shock vs=10km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v15n3

Line intensity, C-shock vs=15km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v20n3

Line intensity, C-shock vs=20km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v25n3

Line intensity, C-shock vs=25km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v30n3

Line intensity, C-shock vs=30km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v35n3

Line intensity, C-shock vs=35km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v40n3

Line intensity, C-shock vs=40km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

C-v10n4

Line intensity, C-shock vs=10km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

C-v15n4

Line intensity, C-shock vs=15km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

ALL cols

⁽ⁱ⁾indexed column

C-v20n4

Line intensity, C-shock vs=20km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

C-v25n4

Line intensity, C-shock vs=25km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

C-v30n4

Line intensity, C-shock vs=30km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

C-v35n4

Line intensity, C-shock vs=35km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

C-v40n4

Line intensity, C-shock vs=40km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

C-v10n5

Line intensity, C-shock vs=10km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v15n5

Line intensity, C-shock vs=15km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v20n5

Line intensity, C-shock vs=20km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v25n5

Line intensity, C-shock vs=25km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v30n5

Line intensity, C-shock vs=30km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v35n5

Line intensity, C-shock vs=35km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v40n5

Line intensity, C-shock vs=40km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

C-v10n6

Line intensity, C-shock vs=10km/s, nH=10⁶cm^–3 (Note G1) (spect.line.intensity)

ALL cols

⁽ⁱ⁾indexed column

C-v15n6

Line intensity, C-shock vs=15km/s, nH=10⁶cm^–3 (Note G1) (spect.line.intensity)

C-v20n6

Line intensity, C-shock vs=20km/s, nH=10⁶cm^–3 (Note G1) (spect.line.intensity)

C-v25n6

Line intensity, C-shock vs=25km/s, nH=10⁶cm^–3 (Note G1) (spect.line.intensity)

C-v30n6

Line intensity, C-shock vs=30km/s, nH=10⁶cm^–3 (Note G1) (spect.line.intensity)

J-v10n3

Line intensity, J-shock vs=10km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

J-v15n3

Line intensity, J-shock vs=15km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

J-v20n3

Line intensity, J-shock vs=20km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

J-v25n3

Line intensity, J-shock vs=25km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

J-v30n3

Line intensity, J-shock vs=30km/s, nH=10³cm^–3 (Note G1) (spect.line.intensity)

J-v10n4

Line intensity, J-shock vs=10km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

J-v15n4

Line intensity, J-shock vs=15km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

J-v20n4

Line intensity, J-shock vs=20km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

J-v25n4

Line intensity, J-shock vs=25km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

ALL cols

⁽ⁱ⁾indexed column

J-v30n4

Line intensity, J-shock vs=30km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

J-v35n4

Line intensity, J-shock vs=35km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

J-v40n4

Line intensity, J-shock vs=40km/s, nH=10⁴cm^–3 (Note G1) (spect.line.intensity)

J-v10n5

Line intensity, J-shock vs=10km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

J-v15n5

Line intensity, J-shock vs=15km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

J-v20n5

Line intensity, J-shock vs=20km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

J-v25n5

Line intensity, J-shock vs=25km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

J-v30n5

Line intensity, J-shock vs=30km/s, nH=10⁵cm^–3 (Note G1) (spect.line.intensity)

Jup

[1/40] J upper level (phys.atmol.qn)

Jlow

[0/39] J lower level (phys.atmol.qn)

(3+4+7+8+9+10+11+12)

Eup

K

Upper level energy (phys.energy;phys.atmol.level)

(3+4+7+8+9+10+11+12)

Freq

GHz

Frequency (em.freq)

(3+4+7+8+9+10+11+12)

lambda

um

Wavelength (em.wl;phys.atmol.transition)

ALL cols

⁽ⁱ⁾indexed column

C-v10n3

Line intensity, C-shock, vs=10km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v15n3

Line intensity, C-shock, vs=15km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v20n3

Line intensity, C-shock, vs=20km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v25n3

Line intensity, C-shock, vs=25km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v30n3

Line intensity, C-shock, vs=30km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v35n3

Line intensity, C-shock, vs=35km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v40n3

Line intensity, C-shock, vs=40km/s, nh=10³cm^–3 (phot.flux.density;em.radio)

C-v10n4

Line intensity, C-shock, vs=10km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

C-v15n4

Line intensity, C-shock, vs=15km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

C-v20n4

Line intensity, C-shock, vs=20km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

C-v25n4

Line intensity, C-shock, vs=25km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

C-v30n4

Line intensity, C-shock, vs=30km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

C-v35n4

Line intensity, C-shock, vs=35km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

ALL cols

⁽ⁱ⁾indexed column

C-v40n4

Line intensity, C-shock, vs=40km/s, nh=10⁴cm^–3 (phot.flux.density;em.radio)

C-v10n5

Line intensity, C-shock, vs=10km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v15n5

Line intensity, C-shock, vs=15km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v20n5

Line intensity, C-shock, vs=20km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v25n5

Line intensity, C-shock, vs=25km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v30n5

Line intensity, C-shock, vs=30km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v35n5

Line intensity, C-shock, vs=35km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v40n5

Line intensity, C-shock, vs=40km/s, nh=10⁵cm^–3 (phot.flux.density;em.radio)

C-v10n6

Line intensity, C-shock, vs=10km/s, nh=10⁶cm^–3 (phot.flux.density;em.radio)

C-v15n6

Line intensity, C-shock, vs=10km/s, nh=10⁶cm^–3 (phot.flux.density;em.radio)

C-v20n6

Line intensity, C-shock, vs=20km/s, nh=10⁶cm^–3 (phot.flux.density;em.radio)

C-v25n6

Line intensity, C-shock, vs=25km/s, nh=10⁶cm^–3 (phot.flux.density;em.radio)

C-v30n6

Line intensity, C-shock, vs=30km/s, nh=10⁶cm^–3 (phot.flux.density;em.radio)

ALL cols

⁽ⁱ⁾indexed column

J-v10n3

Line intensity, J-shock vs=10km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

J-v15n3

Line intensity, J-shock vs=15km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

J-v20n3

Line intensity, J-shock vs=20km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

J-v25n3

Line intensity, J-shock vs=25km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

J-v30n3

Line intensity, J-shock vs=30km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

J-v10n4

Line intensity, J-shock vs=10km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v15n4

Line intensity, J-shock vs=15km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v20n4

Line intensity, J-shock vs=20km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v25n4

Line intensity, J-shock vs=25km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v30n4

Line intensity, J-shock vs=30km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v35n4

Line intensity, J-shock vs=35km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v40n4

Line intensity, J-shock vs=40km/s, nH=10⁴cm^–3 (phot.flux.density;em.radio)

J-v10n5

Line intensity, J-shock vs=10km/s, nH=10⁵cm^–3 (phot.flux.density;em.radio)

ALL cols

⁽ⁱ⁾indexed column

J-v15n5

Line intensity, J-shock vs=15km/s, nH=10⁵cm^–3 (phot.flux.density;em.radio)

J-v20n5

Line intensity, J-shock vs=20km/s, nH=10⁵cm^–3 (phot.flux.density;em.radio)

J-v25n5

Line intensity, J-shock vs=25km/s, nH=10⁵cm^–3 (phot.flux.density;em.radio)

J-v30n5

Line intensity, J-shock vs=30km/s, nH=10⁵cm^–3 (phot.flux.density;em.radio)

v

[0/7] v level (phys.atmol.qn)

J

[0/23] J level (phys.atmol.qn)

E

K

Energy level (phys.energy;phys.atmol.level)

C-v10n3

[-]

ln(N(v,J)/g, C-shock, vs=10km/s, nH=10³cm^–3 (phys.columnDensity)

C-v15n3

[-]

ln(N(v,J)/g, C-shock, vs=15km/s, nH=10³cm^–3 (phys.columnDensity)

C-v20n3

[-]

ln(N(v,J)/g, C-shock, vs=20km/s, nH=10³cm^–3 (phys.columnDensity)

C-v25n3

[-]

ln(N(v,J)/g, C-shock, vs=25km/s, nH=10³cm^–3 (phys.columnDensity)

C-v30n3

[-]

ln(N(v,J)/g, C-shock, vs=30km/s, nH=10³cm^–3 (phys.columnDensity)

C-v35n3

[-]

ln(N(v,J)/g, C-shock, vs=35km/s, nH=10³cm^–3 (phys.columnDensity)

ALL cols

⁽ⁱ⁾indexed column

C-v40n3

[-]

ln(N(v,J)/g, C-shock, vs=40km/s, nH=10³cm^–3 (phys.columnDensity)

C-v10n4

[-]

ln(N(v,J)/g, C-shock, vs=10km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v15n4

[-]

ln(N(v,J)/g, C-shock, vs=15km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v20n4

[-]

ln(N(v,J)/g, C-shock, vs=20km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v25n4

[-]

ln(N(v,J)/g, C-shock, vs=25km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v30n4

[-]

ln(N(v,J)/g, C-shock, vs=30km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v35n4

[-]

ln(N(v,J)/g, C-shock, vs=35km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v40n4

[-]

ln(N(v,J)/g, C-shock, vs=40km/s, nH=10⁴cm^–3 (phys.columnDensity)

C-v10n5

[-]

ln(N(v,J)/g, C-shock vs=10km/s, nH=10⁵cm^–3 (phys.columnDensity)

C-v15n5

[-]

ln(N(v,J)/g, C-shock vs=15km/s, nH=10⁵cm^–3 (phys.columnDensity)

C-v20n5

[-]

ln(N(v,J)/g, C-shock vs=20km/s, nH=10⁵cm^–3 (phys.columnDensity)

C-v25n5

[-]

ln(N(v,J)/g, C-shock vs=25km/s, nH=10⁵cm^–3 (phys.columnDensity)

C-v30n5

[-]

ln(N(v,J)/g, C-shock vs=30km/s, nH=10⁵cm^–3 (phys.columnDensity)

ALL cols

⁽ⁱ⁾indexed column

C-v35n5

[-]

ln(N(v,J)/g, C-shock vs=35km/s, nH=10⁵cm^–3 (phys.columnDensity)

C-v40n5

[-]

ln(N(v,J)/g, C-shock vs=40km/s, nH=10⁵cm^–3 (phys.columnDensity)

C-v10n6

[-]

ln(N(v,J)/g, C-shock vs=10km/s, nH=10⁶cm^–3 (phys.columnDensity)

C-v15n6

[-]

ln(N(v,J)/g, C-shock vs=15km/s, nH=10⁶cm^–3 (phys.columnDensity)

C-v20n6

[-]

ln(N(v,J)/g, C-shock vs=20km/s, nH=10⁶cm^–3 (phys.columnDensity)

C-v25n6

[-]

ln(N(v,J)/g, C-shock vs=25km/s, nH=10⁶cm^–3 (phys.columnDensity)

C-v30n6

[-]

ln(N(v,J)/g, C-shock vs=30km/s, nH=10⁶cm^–3 (phys.columnDensity)

J-v10n3

[-]

ln(N(v,J)/g, J-shock vs=10km/s, nH=10³cm^–3 (phys.columnDensity)

J-v15n3

[-]

ln(N(v,J)/g, J-shock vs=15km/s, nH=10³cm^–3 (phys.columnDensity)

J-v20n3

[-]

ln(N(v,J)/g, J-shock vs=20km/s, nH=10³cm^–3 (phys.columnDensity)

J-v25n3

[-]

ln(N(v,J)/g, J-shock vs=25km/s, nH=10³cm^–3 (phys.columnDensity)

J-v30n3

[-]

ln(N(v,J)/g, J-shock vs=30km/s, nH=10³cm^–3 (phys.columnDensity)

J-v10n4

[-]

ln(N(v,J)/g, J-shock vs=10km/s, nH=10⁴cm^–3 (phys.columnDensity)

ALL cols

⁽ⁱ⁾indexed column

J-v15n4

[-]

ln(N(v,J)/g, J-shock vs=15km/s, nH=10⁴cm^–3 (phys.columnDensity)

J-v20n4

[-]

ln(N(v,J)/g, J-shock vs=20km/s, nH=10⁴cm^–3 (phys.columnDensity)

J-v25n4

[-]

ln(N(v,J)/g, J-shock vs=25km/s, nH=10⁴cm^–3 (phys.columnDensity)

J-v30n4

[-]

ln(N(v,J)/g, J-shock vs=30km/s, nH=10⁴cm^–3 (phys.columnDensity)

J-v35n4

[-]

ln(N(v,J)/g, J-shock vs=35km/s, nH=10⁴cm^–3 (phys.columnDensity)

J-v40n4

[-]

ln(N(v,J)/g, J-shock vs=40km/s, nH=10⁴cm^–3 (phys.columnDensity)

J-v10n5

[-]

ln(N(v,J)/g, J-shock vs=10km/s, nH=10⁵cm^–3 (phys.columnDensity)

J-v15n5

[-]

ln(N(v,J)/g, J-shock vs=15km/s, nH=10⁵cm^–3 (phys.columnDensity)

J-v20n5

[-]

ln(N(v,J)/g, J-shock vs=20km/s, nH=10⁵cm^–3 (phys.columnDensity)

J-v25n5

[-]

ln(N(v,J)/g, J-shock vs=25km/s, nH=10⁵cm^–3 (phys.columnDensity)

J-v30n5

[-]

ln(N(v,J)/g, J-shock vs=30km/s, nH=10⁵cm^–3 (phys.columnDensity)

(7+8+9+10+11+12)

upper

(char)

Upper level (meta.note)

(7+8+9+10+11+12)

lower

(char)

Lower level (meta.note)

ALL cols

⁽ⁱ⁾indexed column

J-v35n3

Line intensity, J-shock vs=35km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

J-v40n3

Line intensity, J-shock vs=40km/s, nH=10³cm^–3 (phot.flux.density;em.radio)

ALL cols

⁽ⁱ⁾indexed column

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