F. SAYIN, "Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design," Water, Air, and Soil Pollution , vol.233, no.7, 2022
SAYIN, F. 2022. Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design. Water, Air, and Soil Pollution , vol.233, no.7 .
SAYIN, F., (2022). Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design. Water, Air, and Soil Pollution , vol.233, no.7.
SAYIN, FATİH. "Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design," Water, Air, and Soil Pollution , vol.233, no.7, 2022
SAYIN, FATİH. "Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design." Water, Air, and Soil Pollution , vol.233, no.7, 2022
SAYIN, F. (2022) . "Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design." Water, Air, and Soil Pollution , vol.233, no.7.
@article{article, author={FATİH SAYIN}, title={Insight into Decolorization Characteristics of a Green Biocomposite Sorbent System Prepared by Immobilization of Fungal Cells on Lignocellulosic Matrix: Box-Behnken Design}, journal={Water, Air, and Soil Pollution}, year=2022}