Emami, M. Et Al. 2022. Towards a deeper understanding of the third millennium BC Iranian metallurgy: Use of synchrotron light for characterizing arsenic-bearing minerals in metal objects from Espidej. SURFACE AND INTERFACE ANALYSIS , vol.54, no.6 , 642-656.

Emami, M., Dardeniz Arıkan, G., Vallcorba, O., Pourzargan, V., & Tayyari, J., (2022). Towards a deeper understanding of the third millennium BC Iranian metallurgy: Use of synchrotron light for characterizing arsenic-bearing minerals in metal objects from Espidej. SURFACE AND INTERFACE ANALYSIS , vol.54, no.6, 642-656.

Emami, Mohammadamin Et Al. "Towards a deeper understanding of the third millennium BC Iranian metallurgy: Use of synchrotron light for characterizing arsenic-bearing minerals in metal objects from Espidej," SURFACE AND INTERFACE ANALYSIS , vol.54, no.6, 642-656, 2022

Emami, Mohammadamin Et Al. "Towards a deeper understanding of the third millennium BC Iranian metallurgy: Use of synchrotron light for characterizing arsenic-bearing minerals in metal objects from Espidej." SURFACE AND INTERFACE ANALYSIS , vol.54, no.6, pp.642-656, 2022

Emami, M. Et Al. (2022) . "Towards a deeper understanding of the third millennium BC Iranian metallurgy: Use of synchrotron light for characterizing arsenic-bearing minerals in metal objects from Espidej." SURFACE AND INTERFACE ANALYSIS , vol.54, no.6, pp.642-656.

@article{article, author={Mohammadamin Emami Et Al. }, title={Towards a deeper understanding of the third millennium BC Iranian metallurgy: Use of synchrotron light for characterizing arsenic-bearing minerals in metal objects from Espidej}, journal={SURFACE AND INTERFACE ANALYSIS}, year=2022, pages={642-656} }