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Abstract

Charge transfer in styryl dyes STQ-1, STQ-2,and STQ-3 with organic media system has been studied theoretically depending on the Franck- Condon rule and continuum dielectric model . The reorientation energies λ(eV) were evaluated theoretically depending on dipole momentum, dielectric constant E , and refrective index n. The rate constant of charge transfer has been calculated depending on the reorientation energy λ(eV) ,effective free energy ΔG* , potential height barrier , and coupling coefficient Vel . A matlap program has been written to calculated the rate constant of charge transfer and other parameter. The results of calculations show that STQ-2 dye is more reaction for charge transfer compare with STQ-1 and STQ-3 dyes

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