Qays Sa, Y., AL-Azawy, D. (2014). Preparation of Benzobinacole Using Photochemical Irradiation Reductions and Thermodynamic Computational Study. , 0(53), 56-65.
Yaman Qays Sa; dullah AL-Azawy. "Preparation of Benzobinacole Using Photochemical Irradiation Reductions and Thermodynamic Computational Study". , 0, 53, 2014, 56-65.
Qays Sa, Y., AL-Azawy, D. (2014). 'Preparation of Benzobinacole Using Photochemical Irradiation Reductions and Thermodynamic Computational Study', , 0(53), pp. 56-65.
Qays Sa, Y., AL-Azawy, D. Preparation of Benzobinacole Using Photochemical Irradiation Reductions and Thermodynamic Computational Study. , 2014; 0(53): 56-65.

Preparation of Benzobinacole Using Photochemical Irradiation Reductions and Thermodynamic Computational Study

Iraqi National Journal Of Chemistry
Article 1, Volume 0, Issue 53, 2014, Pages 56-65
Authors
Yaman Qays Sa; dullah AL-Azawy
Abstract
Abstract:
The study of chemical reactions and physical behavior that may occur to the reaction of benzophenone with isopropyl alcohol and catalysis amount of glacial acetic acid under the influence of photochemical effects of visible sun light, IR light, laser irradiation or mixing of IR and sun light using four methods gave different percentage yields of (a, 70; b, 30; c, 23 and d, 90 respectively). Computational study of this reaction indicated that the heat of formation of the product benzopinacol was more stable by 20.255 kcal /mole than those of reactant benzophenone , in the same way the single occupied molecular orbital of benzophenol radical SOMO was also more stable than that of reactant and less than the final product . The suggested free radical mechanism was given.
The structures of these compounds were confirmed by their physical properties in addition to the IR and UV Spectra.
Keywords
photochemical; visible sun light; IR light; laser irradiation; Benzopinacol; Computational chemistry
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