UGA Excitation Database

Atomic

Molecular

TiO

Energy levels, Einstein A coefficients, and transition frequencies were obtained from CDMS. pH2-TiO and oH2-TiO rates were modified K. M. Walker (2015) from the pH2-CO and oH2-CO rates of Yang, Stancil, Balakrishnan, & Forrey, 2010, ApJ, 718, 1062. The ground state of TiO is triplet-delta with lambda splitting so each CO rate coefficient was divided by 5, except for J less than 4, where the rates were divided by (J+1).

Reference:

Yang, Stancil, Balakrishnan, & Forrey, 2010, ApJ, 718, 1062.

Rate Coefficient Data

TiO Lamda format.