VO VOMYT line list - Updated 04/2016
L. K. McKemmish, S. N. Yurchenko, J. Tennyson, MNRAS submitted (2016). 

The files comprising this line list are in the standard ExoMol format, and are labelled XXV-YYO_VOMYT.states and .trans, where XX and YY are the mass numbers of the vanadium and oxygen isotopes respectively. The isotopologues covered including their nuclear spin degeneracy factors g_ns are: 
(51V)(16O) g_ns = 8

The partition function from 1 to 8000 K in 1 K intervals for these isotopologues of VO are also provided in files named XXV-YYO_VOMYT.pf and consist of two columns (T/K followed by Q). 

The columns in the .states files are:
===============================================================================
XXV-YYO_VOMYT.states
===============================================================================
i       I12     ---     state ID
E       F12.6   cm-1    state energy
gtot    I6      ---     total state degeneracy(1)
J       I7      ---     total angular momentum quantum number (excluding
                        nuclear spin)
v       I4      ---     vibrational quantum number v
===============================================================================
(1) including nuclear spin degeneracy factors g_ns as above.   
(I(13C) = 1/2, I(33S) = 3/2)

The columns in the .trans files are:
===============================================================================
XXV-YYO_VOMYT.trans
===============================================================================
i'      I12     ---     upper state ID
i"      I12     ---     lower state ID
A       ES10.4  s-1     Einstein A-factor
===============================================================================

Additional files provided:

51V-16O__VOMYT.duo - Duo input file for the main isotopologue. 

The Duo input file can be adapted for other isotopologues by changing the 
mass numbers (MN1 and MN2) on the first line. This file also contains the 
spectroscopic model, specifically the extended Morse oscillators for the potential energy curves, and point wise for 
dipole moment curve (R in angstroms, D(R) in Debye).


Contacts: 
Geethu Paulose: geethu.paulose.12@ucl.ac.uk
Emma Barton: emma.barton.09@ucl.ac.uk
Jonathan Tennyson: j.tennyson@ucl.ac.uk
Sergey Yurchenko: s.yurchenko@ucl.ac.uk