Hamde Al-Amedy, D., Waleed Mahmod, M. (2014). Relative intensity distribution in the rotational structure for B1Σ+- A1Π and B1Σ+- X1Σ+ electronic systems of BeO molecule. Alustath, 12(23), 51-58.
Dhia Hamde Al-Amedy; Marwa Waleed Mahmod. "Relative intensity distribution in the rotational structure for B1Σ+- A1Π and B1Σ+- X1Σ+ electronic systems of BeO molecule". Alustath, 12, 23, 2014, 51-58.
Hamde Al-Amedy, D., Waleed Mahmod, M. (2014). 'Relative intensity distribution in the rotational structure for B1Σ+- A1Π and B1Σ+- X1Σ+ electronic systems of BeO molecule', Alustath, 12(23), pp. 51-58.
Hamde Al-Amedy, D., Waleed Mahmod, M. Relative intensity distribution in the rotational structure for B1Σ+- A1Π and B1Σ+- X1Σ+ electronic systems of BeO molecule. Alustath, 2014; 12(23): 51-58.

Relative intensity distribution in the rotational structure for B1Σ+- A1Π and B1Σ+- X1Σ+ electronic systems of BeO molecule

Iraqi Journal of Physics
Article 1, Volume 12, Issue 23, April 2014, Pages 51-58
Authors
Dhia Hamde Al-Amedy; Marwa Waleed Mahmod
Abstract
Theoretical spectroscopic study of Beryllium Oxide has been carried out, Boltzmann distribution of P, Q and R branches in the range of (0 Bv".
Keywords
Boltzman distribution; electronic transitions; Beryllium Oxide molecule
Statistics
Article View: 14
PDF Download: 14


Journal Management System. Powered by ejournalplus.com