Alkis, M. Et Al. 2017. H-bond stabilization of a tautomeric coumarin-pyrazole-pyridine triad generates a PET driven, reversible and reusable fluorescent chemosensor for anion detection. DYES AND PIGMENTS , vol.141 , 493-500.

Alkis, M., Pekyilmaz, D., Yalcin, E., AYDINER, B., DEDE, Y., & SEFEROĞLU, Z., (2017). H-bond stabilization of a tautomeric coumarin-pyrazole-pyridine triad generates a PET driven, reversible and reusable fluorescent chemosensor for anion detection. DYES AND PIGMENTS , vol.141, 493-500.

Alkis, Meltem Et Al. "H-bond stabilization of a tautomeric coumarin-pyrazole-pyridine triad generates a PET driven, reversible and reusable fluorescent chemosensor for anion detection," DYES AND PIGMENTS , vol.141, 493-500, 2017

Alkis, Meltem Et Al. "H-bond stabilization of a tautomeric coumarin-pyrazole-pyridine triad generates a PET driven, reversible and reusable fluorescent chemosensor for anion detection." DYES AND PIGMENTS , vol.141, pp.493-500, 2017

Alkis, M. Et Al. (2017) . "H-bond stabilization of a tautomeric coumarin-pyrazole-pyridine triad generates a PET driven, reversible and reusable fluorescent chemosensor for anion detection." DYES AND PIGMENTS , vol.141, pp.493-500.

@article{article, author={Meltem Alkis Et Al. }, title={H-bond stabilization of a tautomeric coumarin-pyrazole-pyridine triad generates a PET driven, reversible and reusable fluorescent chemosensor for anion detection}, journal={DYES AND PIGMENTS}, year=2017, pages={493-500} }