H. Ozkaraaslan Et Al. , "A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent," BIOMASS CONVERSION AND BIOREFINERY , 2021
Ozkaraaslan, H. Et Al. 2021. A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent. BIOMASS CONVERSION AND BIOREFINERY .
Ozkaraaslan, H., Cetintas, S., & BİNGÖL, D., (2021). A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent. BIOMASS CONVERSION AND BIOREFINERY .
Ozkaraaslan, Hamza, Seda Cetintas, And DENİZ BİNGÖL. "A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent," BIOMASS CONVERSION AND BIOREFINERY , 2021
Ozkaraaslan, Hamza Et Al. "A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent." BIOMASS CONVERSION AND BIOREFINERY , 2021
Ozkaraaslan, H. Cetintas, S. And BİNGÖL, D. (2021) . "A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent." BIOMASS CONVERSION AND BIOREFINERY .
@article{article, author={Hamza Ozkaraaslan Et Al. }, title={A novel composite derived from carbonized hawthorn waste pulp/marble waste powder by ball milling: preparation, characterization, and usability as bifunctional adsorbent}, journal={BIOMASS CONVERSION AND BIOREFINERY}, year=2021}