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@article{ibn_4030,
author = {Colev, A.I.},
title = {Kinetics of the excitonic luminescence in
MoS2:Cl2 layered crystals
},
journal = {Moldavian Journal of the Physical Sciences},
year = {2009},
volume = {8 (1)},
pages = {82-86},
month = {Feb},
abstract = {(EN) Due to their layered structure, the transition metal dichalcogenide compound 2H-MoS2 can 
be intercalated with foreign atoms and molecules. The 2H-MoS2 crystals intercalated with halogen molecules (Cl2) at low temperatures exhibit a strong luminescence due to the bound excitons 
recombination. In this work, the results of study of the excitonic luminescence kinetics for 
2H-MoS2:Cl2 single crystals are presented. A kinetic model describing the temperature dependences of the steady-state luminescence intensity and of the radiative decay time is proposed. The 
lifetimes of the excitonic levels and the activation energy of the excitonic luminescence quenching caused by a self-trapping process for both studied compounds were determined.  
},
url = {https://ibn.idsi.md/vizualizare_articol/4030},
}

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recombination. In this work, the results of study of the excitonic luminescence kinetics for 
2H-MoS2:Cl2 single crystals are presented. A kinetic model describing the temperature dependences of the steady-state luminescence intensity and of the radiative decay time is proposed. The 
lifetimes of the excitonic levels and the activation energy of the excitonic luminescence quenching caused by a self-trapping process for both studied compounds were determined.  
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recombination. In this work, the results of study of the excitonic luminescence kinetics for 
2H-MoS2:Cl2 single crystals are presented. A kinetic model describing the temperature dependences of the steady-state luminescence intensity and of the radiative decay time is proposed. The 
lifetimes of the excitonic levels and the activation energy of the excitonic luminescence quenching caused by a self-trapping process for both studied compounds were determined.  
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