Hamrah, Z. S. Et Al. 2021. Microstructure, resistivity, and shear strength of electrically conductive adhesives made of silver-coated copper powder. MICROELECTRONICS RELIABILITY , vol.127 .

Hamrah, Z. S., Lashgari, V. A., Mohammadi, M. H. D., Uner, D., & Pourabdoli, M., (2021). Microstructure, resistivity, and shear strength of electrically conductive adhesives made of silver-coated copper powder. MICROELECTRONICS RELIABILITY , vol.127.

Hamrah, Z. Et Al. "Microstructure, resistivity, and shear strength of electrically conductive adhesives made of silver-coated copper powder," MICROELECTRONICS RELIABILITY , vol.127, 2021

Hamrah, Z. S. Et Al. "Microstructure, resistivity, and shear strength of electrically conductive adhesives made of silver-coated copper powder." MICROELECTRONICS RELIABILITY , vol.127, 2021

Hamrah, Z. S. Et Al. (2021) . "Microstructure, resistivity, and shear strength of electrically conductive adhesives made of silver-coated copper powder." MICROELECTRONICS RELIABILITY , vol.127.

@article{article, author={Z. Sahebi Hamrah Et Al. }, title={Microstructure, resistivity, and shear strength of electrically conductive adhesives made of silver-coated copper powder}, journal={MICROELECTRONICS RELIABILITY}, year=2021}