Kalkan , E. Et Al. 2025. Silicon-Carbon Synergies for Enhanced Energy Storage: Insights into Porous Si/Graphite and Porous Si/Graphene Composite Anodes. SYNTHETIC METALS .

Kalkan , E., Eksik, O., Yağci, Ö., Aydın Yüksel, S., & Arvas, M. B., (2025). Silicon-Carbon Synergies for Enhanced Energy Storage: Insights into Porous Si/Graphite and Porous Si/Graphene Composite Anodes. SYNTHETIC METALS .

Kalkan , Elanur Et Al. "Silicon-Carbon Synergies for Enhanced Energy Storage: Insights into Porous Si/Graphite and Porous Si/Graphene Composite Anodes," SYNTHETIC METALS , 2025

Kalkan , Elanur Et Al. "Silicon-Carbon Synergies for Enhanced Energy Storage: Insights into Porous Si/Graphite and Porous Si/Graphene Composite Anodes." SYNTHETIC METALS , 2025

Kalkan , E. Et Al. (2025) . "Silicon-Carbon Synergies for Enhanced Energy Storage: Insights into Porous Si/Graphite and Porous Si/Graphene Composite Anodes." SYNTHETIC METALS .

@article{article, author={Elanur Kalkan Et Al. }, title={Silicon-Carbon Synergies for Enhanced Energy Storage: Insights into Porous Si/Graphite and Porous Si/Graphene Composite Anodes}, journal={SYNTHETIC METALS}, year=2025}