ÇALIŞ İSMETOĞLU, G. And ÜNAL, H. İ. 2023. Surface engineering of halloysite with graphene oxide via primary and secondary forces, characterizations, and electrokinetic properties. Materials Today Communications , vol.35 .

ÇALIŞ İSMETOĞLU, G., & ÜNAL, H. İ., (2023). Surface engineering of halloysite with graphene oxide via primary and secondary forces, characterizations, and electrokinetic properties. Materials Today Communications , vol.35.

ÇALIŞ İSMETOĞLU, GÖKÇE, And HALİL İBRAHİM ÜNAL. "Surface engineering of halloysite with graphene oxide via primary and secondary forces, characterizations, and electrokinetic properties," Materials Today Communications , vol.35, 2023

ÇALIŞ İSMETOĞLU, GÖKÇE Ç. And ÜNAL, HALİL İ. . "Surface engineering of halloysite with graphene oxide via primary and secondary forces, characterizations, and electrokinetic properties." Materials Today Communications , vol.35, 2023

ÇALIŞ İSMETOĞLU, G. And ÜNAL, H. İ. (2023) . "Surface engineering of halloysite with graphene oxide via primary and secondary forces, characterizations, and electrokinetic properties." Materials Today Communications , vol.35.

@article{article, author={GÖKÇE ÇALIŞ İSMETOĞLU And author={HALİL İBRAHİM ÜNAL}, title={Surface engineering of halloysite with graphene oxide via primary and secondary forces, characterizations, and electrokinetic properties}, journal={Materials Today Communications}, year=2023}