A. SALEH, A., T.A.O. AL-ABSI, A., Al-HASHMIY, N. (2006). Numerical calculation of the coherence length of 24Mg, 39K, and 133Cs atoms for particles laser. , 32(1), 66-74.
ABDUL-BASIT A. SALEH; and T.A.O. AL-ABSI; N.H.N. Al-HASHMIY. "Numerical calculation of the coherence length of 24Mg, 39K, and 133Cs atoms for particles laser". , 32, 1, 2006, 66-74.
A. SALEH, A., T.A.O. AL-ABSI, A., Al-HASHMIY, N. (2006). 'Numerical calculation of the coherence length of 24Mg, 39K, and 133Cs atoms for particles laser', , 32(1), pp. 66-74.
A. SALEH, A., T.A.O. AL-ABSI, A., Al-HASHMIY, N. Numerical calculation of the coherence length of 24Mg, 39K, and 133Cs atoms for particles laser. , 2006; 32(1): 66-74.

Numerical calculation of the coherence length of 24Mg, 39K, and 133Cs atoms for particles laser

Journal of Basrah Researches (Sciences)
Article 1, Volume 32, Issue 1, 2006, Pages 66-74    PDF (0 K)
Authors
ABDUL-BASIT A. SALEH; and T.A.O. AL-ABSI; N.H.N. Al-HASHMIY
Abstract
We have used the theory of Bose-Einstein condensate to develop a theoretical model to calculate the coherence length of the interacting particles. Three different types of atoms are treated in this model in order to check its validity. Comparing our results with the available experimental and theoretical data in the literature showed a very good agreement. Since the atom laser is a brand new study and still a basic, according to our knowledge, no other values could traced for atoms like 24Mg, 39K, and 133Cs in the literature. Therefore, we can claim that our calculations for these atoms are made for the first time.
Keywords
Laser cooled atom; BEC atom; Trapping
Statistics
Article View: 84
PDF Download: 77


Journal Management System. Powered by iJournalPro.com