H. Filik Et Al. , "Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples," CURRENT NANOSCIENCE , vol.12, no.4, pp.527-533, 2016
Filik, H. Et Al. 2016. Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples. CURRENT NANOSCIENCE , vol.12, no.4 , 527-533.
Filik, H., Avan, A. A., Aydar, S., Özyurt, D., & Demirata, B., (2016). Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples. CURRENT NANOSCIENCE , vol.12, no.4, 527-533.
Filik, Hayati Et Al. "Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples," CURRENT NANOSCIENCE , vol.12, no.4, 527-533, 2016
Filik, Hayati Et Al. "Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples." CURRENT NANOSCIENCE , vol.12, no.4, pp.527-533, 2016
Filik, H. Et Al. (2016) . "Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples." CURRENT NANOSCIENCE , vol.12, no.4, pp.527-533.
@article{article, author={Hayati FİLİK Et Al. }, title={Determination of Tetracycline on the Surface of a High-Performance Graphene Modified Screen-Printed Carbon Electrode in Milk and Honey Samples}, journal={CURRENT NANOSCIENCE}, year=2016, pages={527-533} }