Köse, M. E. 2021. How to Predict Excited State Geometry by Using Empirical Parameters Obtained from Franck-Condon Analysis of Optical Spectrum. CHEMPHYSCHEM , vol.22, no.20 , 2078-2092.

Köse, M. E., (2021). How to Predict Excited State Geometry by Using Empirical Parameters Obtained from Franck-Condon Analysis of Optical Spectrum. CHEMPHYSCHEM , vol.22, no.20, 2078-2092.

Köse, MUHAMMET. "How to Predict Excited State Geometry by Using Empirical Parameters Obtained from Franck-Condon Analysis of Optical Spectrum," CHEMPHYSCHEM , vol.22, no.20, 2078-2092, 2021

Köse, MUHAMMET E. . "How to Predict Excited State Geometry by Using Empirical Parameters Obtained from Franck-Condon Analysis of Optical Spectrum." CHEMPHYSCHEM , vol.22, no.20, pp.2078-2092, 2021

Köse, M. E. (2021) . "How to Predict Excited State Geometry by Using Empirical Parameters Obtained from Franck-Condon Analysis of Optical Spectrum." CHEMPHYSCHEM , vol.22, no.20, pp.2078-2092.

@article{article, author={MUHAMMET ERKAN KÖSE}, title={How to Predict Excited State Geometry by Using Empirical Parameters Obtained from Franck-Condon Analysis of Optical Spectrum}, journal={CHEMPHYSCHEM}, year=2021, pages={2078-2092} }