Kaderoğlu, Ç. Et Al. 2021. Mechanism of transition metal interaction with graphene sheet reflected in its plasmonic excitations: Effect of gas adsorption phenomena studied by a combination of solid state and molecular orbital approaches. Applied Surface Science , vol.554 .

Kaderoğlu, Ç., Shamkhali, A. N., Safdari, F., Abedi, M., & Ellialtıoğlu, S. Ş., (2021). Mechanism of transition metal interaction with graphene sheet reflected in its plasmonic excitations: Effect of gas adsorption phenomena studied by a combination of solid state and molecular orbital approaches. Applied Surface Science , vol.554.

Kaderoğlu, Çağıl Et Al. "Mechanism of transition metal interaction with graphene sheet reflected in its plasmonic excitations: Effect of gas adsorption phenomena studied by a combination of solid state and molecular orbital approaches," Applied Surface Science , vol.554, 2021

Kaderoğlu, Çağıl Et Al. "Mechanism of transition metal interaction with graphene sheet reflected in its plasmonic excitations: Effect of gas adsorption phenomena studied by a combination of solid state and molecular orbital approaches." Applied Surface Science , vol.554, 2021

Kaderoğlu, Ç. Et Al. (2021) . "Mechanism of transition metal interaction with graphene sheet reflected in its plasmonic excitations: Effect of gas adsorption phenomena studied by a combination of solid state and molecular orbital approaches." Applied Surface Science , vol.554.

@article{article, author={Çağıl Kaderoğlu Et Al. }, title={Mechanism of transition metal interaction with graphene sheet reflected in its plasmonic excitations: Effect of gas adsorption phenomena studied by a combination of solid state and molecular orbital approaches}, journal={Applied Surface Science}, year=2021}