Dag, T. S. Et Al. 2023. Investigation of Tungsten-Based Seleno-Chevrel Compounds with Different Compositions for Efficient Water Splitting. Advanced Theory and Simulations , vol.6, no.11 .

Dag, T. S., Sürücü, G., Gencer, A., Surucu, O., Ozel, F., & Ciftci, Y., (2023). Investigation of Tungsten-Based Seleno-Chevrel Compounds with Different Compositions for Efficient Water Splitting. Advanced Theory and Simulations , vol.6, no.11.

Dag, Tugce Et Al. "Investigation of Tungsten-Based Seleno-Chevrel Compounds with Different Compositions for Efficient Water Splitting," Advanced Theory and Simulations , vol.6, no.11, 2023

Dag, Tugce S. Et Al. "Investigation of Tungsten-Based Seleno-Chevrel Compounds with Different Compositions for Efficient Water Splitting." Advanced Theory and Simulations , vol.6, no.11, 2023

Dag, T. S. Et Al. (2023) . "Investigation of Tungsten-Based Seleno-Chevrel Compounds with Different Compositions for Efficient Water Splitting." Advanced Theory and Simulations , vol.6, no.11.

@article{article, author={Tugce Sevinc Dag Et Al. }, title={Investigation of Tungsten-Based Seleno-Chevrel Compounds with Different Compositions for Efficient Water Splitting}, journal={Advanced Theory and Simulations}, year=2023}