VizieR

JavaScript is used, and should be enabled to get full functionality.

	J/A+A/545/A120	399		X-ray bursting neutron star atmos. models. II (Suleimanov+, 2012) ReadMe+ftp 2012A&A...545A.120S Similar Catalogs Post annotation
1.	J/A+A/545/A120/tabled3		Atmosphere model spectra (specific intensities) (Note)* (5400 rows) metaJ/A+A/545/A120/tabled3

Simple Constraint List Of Constraints

Query by Constraints constraints help

constraints help

applied on Columns (Output Order: + - )

Show

Sort

Column

Constraint

Explain (UCD)

recno

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

Set

Set number (meta.id;meta.main)

E

keV

Photon energy (em.energy)

I(0001,0.113)

I_Ei at cosi=0.113 for l=0.001 (Note 1) (phot.flux)

I(0001,0.5)

I_Ei at cosi=0.5 for l=0.001 (Note 1) (phot.flux)

I(0001,0.887)

I_Ei at cosi=0.887 for l=0.001 (Note 1) (phot.flux)

I(0003,0.113)

I_Ei at cosi=0.113 for l=0.003 (Note 1) (phot.flux)

I(0003,0.5)

I_Ei at cosi=0.5 for l=0.003 (Note 1) (phot.flux)

I(0003,0.887)

I_Ei at cosi=0.887 for l=0.003 (Note 1) (phot.flux)

I(0010,0.113)

I_Ei at cosi=0.113 for l=0.01 (Note 1) (phot.flux)

I(0010,0.5)

I_Ei at cosi=0.5 for l=0.01 (Note 1) (phot.flux)

ALL cols

⁽ⁱ⁾indexed column

I(0010,0.887)

I_Ei at cosi=0.887 for l=0.01 (Note 1) (phot.flux)

I(0030,0.113)

I_Ei at cosi=0.113 for l=0.03 (Note 1) (phot.flux)

I(0030,0.5)

I_Ei at cosi=0.5 for l=0.03 (Note 1) (phot.flux)

I(0030,0.887)

I_Ei at cosi=0.887 for l=0.03 (Note 1) (phot.flux)

I(0050,0.113)

I_Ei at cosi=0.113 for l=0.05 (Note 1) (phot.flux)

I(0050,0.5)

I_Ei at cosi=0.5 for l=0.05 (Note 1) (phot.flux)

I(0050,0.887)

I_Ei at cosi=0.887 for l=0.05 (Note 1) (phot.flux)

I(0070,0.113)

I_Ei at cosi=0.113 for l=0.07 (Note 1) (phot.flux)

I(0070,0.5)

I_Ei at cosi=0.5 for l=0.07 (Note 1) (phot.flux)

I(0070,0.887)

I_Ei at cosi=0.887 for l=0.07 (Note 1) (phot.flux)

I(0100,0.113)

I_Ei at cosi=0.113 for l=0.1 (Note 1) (phot.flux)

I(0100,0.5)

I_Ei at cosi=0.5 for l=0.1 (Note 1) (phot.flux)

I(0100,0.887)

I_Ei at cosi=0.887 for l=0.1 (Note 1) (phot.flux)

ALL cols

⁽ⁱ⁾indexed column

I(0150,0.113)

I_Ei at cosi=0.113 for l=0.15 (Note 1) (phot.flux)

I(0150,0.5)

I_Ei at cosi=0.5 for l=0.15 (Note 1) (phot.flux)

I(0150,0.887)

I_Ei at cosi=0.887 for l=0.15 (Note 1) (phot.flux)

I(0200,0.113)

I_Ei at cosi=0.113 for l=0.2 (Note 1) (phot.flux)

I(0200,0.5)

I_Ei at cosi=0.5 for l=0.2 (Note 1) (phot.flux)

I(0200,0.887)

I_Ei at cosi=0.887 for l=0.2 (Note 1) (phot.flux)

I(0300,0.113)

I_Ei at cosi=0.113 for l=0.3 (Note 1) (phot.flux)

I(0300,0.5)

I_Ei at cosi=0.5 for l=0.3 (Note 1) (phot.flux)

I(0300,0.887)

I_Ei at cosi=0.887 for l=0.3 (Note 1) (phot.flux)

I(0400,0.113)

I_Ei at cosi=0.113 for l=0.4 (Note 1) (phot.flux)

I(0400,0.5)

I_Ei at cosi=0.5 for l=0.4 (Note 1) (phot.flux)

I(0400,0.887)

I_Ei at cosi=0.887 for l=0.4 (Note 1) (phot.flux)

I(0500,0.113)

I_Ei at cosi=0.113 for l=0.5 (Note 1) (phot.flux)

ALL cols

⁽ⁱ⁾indexed column

I(0500,0.5)

I_Ei at cosi=0.5 for l=0.5 (Note 1) (phot.flux)

I(0500,0.887)

I_Ei at cosi=0.887 for l=0.5 (Note 1) (phot.flux)

I(0550,0.113)

I_Ei at cosi=0.113 for l=0.55 (Note 1) (phot.flux)

I(0550,0.5)

I_Ei at cosi=0.5 for l=0.55 (Note 1) (phot.flux)

I(0550,0.887)

I_Ei at cosi=0.887 for l=0.55 (Note 1) (phot.flux)

I(0600,0.113)

I_Ei at cosi=0.113 for l=0.6 (Note 1) (phot.flux)

I(0600,0.5)

I_Ei at cosi=0.5 for l=0.6 (Note 1) (phot.flux)

I(0600,0.887)

I_Ei at cosi=0.887 for l=0.6 (Note 1) (phot.flux)

I(0650,0.113)

I_Ei at cosi=0.113 for l=0.65 (Note 1) (phot.flux)

I(0650,0.5)

I_Ei at cosi=0.5 for l=0.65 (Note 1) (phot.flux)

I(0650,0.887)

I_Ei at cosi=0.887 for l=0.65 (Note 1) (phot.flux)

I(0700,0.113)

I_Ei at cosi=0.113 for l=0.7 (Note 1) (phot.flux)

I(0700,0.5)

I_Ei at cosi=0.5 for l=0.7 (Note 1) (phot.flux)

ALL cols

⁽ⁱ⁾indexed column

I(0700,0.887)

I_Ei at cosi=0.887 for l=0.7 (Note 1) (phot.flux)

I(0750,0.113)

I_Ei at cosi=0.113 for l=0.75 (Note 1) (phot.flux)

I(0750,0.5)

I_Ei at cosi=0.5 for l=0.75 (Note 1) (phot.flux)

I(0750,0.887)

I_Ei at cosi=0.887 for l=0.75 (Note 1) (phot.flux)

I(0800,0.113)

I_Ei at cosi=0.113 for l=0.8 (Note 1) (phot.flux)

I(0800,0.5)

I_Ei at cosi=0.5 for l=0.8 (Note 1) (phot.flux)

I(0800,0.887)

I_Ei at cosi=0.887 for l=0.8 (Note 1) (phot.flux)

I(0850,0.113)

I_Ei at cosi=0.113 for l=0.85 (Note 1) (phot.flux)

I(0850,0.5)

I_Ei at cosi=0.5 for l=0.85 (Note 1) (phot.flux)

I(0850,0.887)

I_Ei at cosi=0.887 for l=0.85 (Note 1) (phot.flux)

I(0900,0.113)

I_Ei at cosi=0.113 for l=0.9 (Note 1) (phot.flux)

I(0900,0.5)

I_Ei at cosi=0.5 for l=0.9 (Note 1) (phot.flux)

I(0900,0.887)

I_Ei at cosi=0.887 for l=0.9 (Note 1) (phot.flux)

ALL cols

⁽ⁱ⁾indexed column

I(0950,0.113)

I_Ei at cosi=0.113 for l=0.95 (Note 1) (phot.flux)

I(0950,0.5)

I_Ei at cosi=0.5 for l=0.95 (Note 1) (phot.flux)

I(0950,0.887)

I_Ei at cosi=0.887 for l=0.95 (Note 1) (phot.flux)

I(0980,0.113)

I_Ei at cosi=0.113 for l=0.98 (Note 1) (phot.flux)

I(0980,0.5)

I_Ei at cosi=0.5 for l=0.98 (Note 1) (phot.flux)

I(0980,0.887)

I_Ei at cosi=0.887 for l=0.98 (Note 1) (phot.flux)

I(1000,0.113)

I_Ei at cosi=0.113 for l=1.0 (Note 1) (phot.flux)

I(1000,0.5)

I_Ei at cosi=0.5 for l=1.0 (Note 1) (phot.flux)

I(1000,0.887)

I_Ei at cosi=0.887 for l=1.0 (Note 1) (phot.flux)

I(1020,0.113)

I_Ei at cosi=0.113 for l=1.02 (Note 1) (phot.flux)

I(1020,0.5)

I_Ei at cosi=0.5 for l=1.02 (Note 1) (phot.flux)

I(1020,0.887)

I_Ei at cosi=0.887 for l=1.02 (Note 1) (phot.flux)

I(1040,0.113)

I_Ei at cosi=0.113 for l=1.04 (Note 1) (phot.flux)

ALL cols

⁽ⁱ⁾indexed column

I(1040,0.5)

I_Ei at cosi=0.5 for l=1.04 (Note 1) (phot.flux)

I(1040,0.887)

I_Ei at cosi=0.887 for l=1.04 (Note 1) (phot.flux)

I(1060,0.113)

I_Ei at cosi=0.113 for l=1.06 (Note 1) (phot.flux)

I(1060,0.5)

I_Ei at cosi=0.5 for l=1.06 (Note 1) (phot.flux)

I(1060,0.887)

I_Ei at cosi=0.887 for l=1.06 (Note 1) (phot.flux)

I(1080,0.113)

⁽ⁿ⁾ I_Ei at cosi=0.113 for l=1.08 (Note 1) (phot.flux)

I(1080,0.5)

⁽ⁿ⁾ I_Ei at cosi=0.5 for l=1.08 (Note 1) (phot.flux)

I(1080,0.887)

⁽ⁿ⁾ I_Ei at cosi=0.887 for l=1.08 (Note 1) (phot.flux)

I(1100,0.113)

⁽ⁿ⁾ I_Ei at cosi=0.113 for l=1.1 (Note 1) (phot.flux)

I(1100,0.5)

⁽ⁿ⁾ I_Ei at cosi=0.5 for l=1.1 (Note 1) (phot.flux)

I(1100,0.887)

⁽ⁿ⁾ I_Ei at cosi=0.887 for l=1.1 (Note 1) (phot.flux)

ALL cols

⁽ⁿ⁾ indicates a possible blank or NULL column

⁽ⁱ⁾indexed column

Adapt form	Display your selection only	Reset to default columns
	Display UCD1+ UCD1

elapse time 1