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Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage
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B. Sarac Et Al. , "Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage," MATERIALS & DESIGN , vol.210, 2021

Sarac, B. Et Al. 2021. Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage. MATERIALS & DESIGN , vol.210 .

Sarac, B., Karazehir, T., Yuece, E., Muehlbacher, M., Sarac, A. S., & Eckert, J., (2021). Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage. MATERIALS & DESIGN , vol.210.

Sarac, B. Et Al. "Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage," MATERIALS & DESIGN , vol.210, 2021

Sarac, B. Et Al. "Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage." MATERIALS & DESIGN , vol.210, 2021

Sarac, B. Et Al. (2021) . "Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage." MATERIALS & DESIGN , vol.210.

@article{article, author={B. Sarac Et Al. }, title={Porosity and thickness effect of Pd-Cu-Si metallic glasses on electrocatalytic hydrogen production and storage}, journal={MATERIALS & DESIGN}, year=2021}