A. Aydin And A. BAYRAKÇEKEN, "Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties," JOURNAL OF MATERIALS SCIENCE , 2024
Aydin, A. And BAYRAKÇEKEN, A. 2024. Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties. JOURNAL OF MATERIALS SCIENCE .
Aydin, A., & BAYRAKÇEKEN, A., (2024). Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties. JOURNAL OF MATERIALS SCIENCE .
Aydin, Ayşenur, And Ayşe BAYRAKÇEKEN. "Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties," JOURNAL OF MATERIALS SCIENCE , 2024
Aydin, Ayşenur Ö. And BAYRAKÇEKEN, Ayşe. "Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties." JOURNAL OF MATERIALS SCIENCE , 2024
Aydin, A. And BAYRAKÇEKEN, A. (2024) . "Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties." JOURNAL OF MATERIALS SCIENCE .
@article{article, author={Ayşenur ÖZTÜRK AYDIN And author={Ayşe BAYRAKÇEKEN}, title={Low surface area carbon black as PEMFC catalyst support: heat treatment effect on the physical and electrocatalytic properties}, journal={JOURNAL OF MATERIALS SCIENCE}, year=2024}