SO2 Dissociation Mechanism using Algebraic Methods | ||||
Egyptian Journal of Physics | ||||
Article 1, Volume 46, 1 (In Progress), 2018, Page 1-5 PDF (1.54 MB) | ||||
Document Type: Original Article | ||||
DOI: 10.21608/ejphysics.2018.3416.1000 | ||||
View on SCiNiTO | ||||
Authors | ||||
Walid Sedik 1; Mohamed Hassan Talaat2; Ali Helmy Moussa2; Moustafa Ismail Shalaby2; Mohamed Tag ElDin Kamal3 | ||||
1Physics Dept. National Research Center | ||||
2physics department, faculty of science, ain shams university | ||||
3physics dept. national research center | ||||
Abstract | ||||
We apply the time-dependent theory to the reaction SO2. We have performed detailed calculations on Lie algebra potential energy (LPE) representing the potentials of the SO2 reaction. The Lie potential has a transformation between the angle of canonical coordinates and the bond angle to describe the bending motion in the potential energy of bent triatomic molecules. Results for the triatomic molecule SO2 are reported. We apply the time-dependent theory to the reaction SO2. We have performed detailed calculations on Lie algebra potential energy (LPE) representing the potentials of the SO2 reaction. The Lie potential has a transformation between the angle of canonical coordinates and the bond angle to describe the bending motion in the potential energy of bent triatomic molecules. Results for the triatomic molecule SO2 are reported. We apply the time-dependent theory to the reaction SO2. We have performed detailed calculations on Lie algebra potential energy (LPE) representing the potentials of the SO2 reaction. The Lie potential has a transformation between the angle of canonical coordinates and the bond angle to describe the bending motion in the potential energy of bent triatomic molecules. Results for the triatomic molecule SO2 are reported. | ||||
Keywords | ||||
Keywords: Lie algebra; Potential energy; dissociation | ||||
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