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The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources
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Ş. F. Küçükayar Et Al. , "The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources," Microchemical Journal , vol.193, 2023

Küçükayar, Ş. F. Et Al. 2023. The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources. Microchemical Journal , vol.193 .

Küçükayar, Ş. F., ŞİMŞEK, V., ÇAĞLAYAN, M. O., Üstündağ, Z., & ŞAHİN, S., (2023). The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources. Microchemical Journal , vol.193.

Küçükayar, Şevki Et Al. "The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources," Microchemical Journal , vol.193, 2023

Küçükayar, Şevki F. Et Al. "The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources." Microchemical Journal , vol.193, 2023

Küçükayar, Ş. F. Et Al. (2023) . "The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources." Microchemical Journal , vol.193.

@article{article, author={Şevki Furkan Küçükayar Et Al. }, title={The effect of different immobilization strategies on the electrochemical performance of enzymatic carbonaceous electrodes developed using carbonized biomass sources}, journal={Microchemical Journal}, year=2023}