ZAMAN, A. C. Et Al. 2022. Coupling solvothermal synthesis and pyrolysis processes to produce microporous heteroatom doped carbons from a simple organic molecule for CO2 capture. TURKISH PHYSICAL SOCIETY 38TH INTERNATIONAL PHYSICS CONGRESS , (Turkey).

ZAMAN, A. C., KAYA, C., ÜSTÜNDAĞ, C. B., & KAYA, F., (2022). Coupling solvothermal synthesis and pyrolysis processes to produce microporous heteroatom doped carbons from a simple organic molecule for CO2 capture . TURKISH PHYSICAL SOCIETY 38TH INTERNATIONAL PHYSICS CONGRESS, Turkey

ZAMAN, Ali Et Al. "Coupling solvothermal synthesis and pyrolysis processes to produce microporous heteroatom doped carbons from a simple organic molecule for CO2 capture," TURKISH PHYSICAL SOCIETY 38TH INTERNATIONAL PHYSICS CONGRESS, Turkey, 2022

ZAMAN, Ali C. Et Al. "Coupling solvothermal synthesis and pyrolysis processes to produce microporous heteroatom doped carbons from a simple organic molecule for CO2 capture." TURKISH PHYSICAL SOCIETY 38TH INTERNATIONAL PHYSICS CONGRESS , Turkey, 2022

ZAMAN, A. C. Et Al. (2022) . "Coupling solvothermal synthesis and pyrolysis processes to produce microporous heteroatom doped carbons from a simple organic molecule for CO2 capture." TURKISH PHYSICAL SOCIETY 38TH INTERNATIONAL PHYSICS CONGRESS , Turkey.

@conferencepaper{conferencepaper, author={Ali Can ZAMAN Et Al. }, title={Coupling solvothermal synthesis and pyrolysis processes to produce microporous heteroatom doped carbons from a simple organic molecule for CO2 capture}, congress name={TURKISH PHYSICAL SOCIETY 38TH INTERNATIONAL PHYSICS CONGRESS}, city={}, country={Turkey}, year={2022}}