Atıf Formatları
Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

H. Z. Akbas, "Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics," Materials Chemistry and Physics , vol.202, pp.89-94, 2017

Akbas, H. Z. 2017. Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics. Materials Chemistry and Physics , vol.202 , 89-94.

Akbas, H. Z., (2017). Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics. Materials Chemistry and Physics , vol.202, 89-94.

Akbas, Hatice. "Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics," Materials Chemistry and Physics , vol.202, 89-94, 2017

Akbas, Hatice Z. . "Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics." Materials Chemistry and Physics , vol.202, pp.89-94, 2017

Akbas, H. Z. (2017) . "Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics." Materials Chemistry and Physics , vol.202, pp.89-94.

@article{article, author={Hatice Zehra Akbas}, title={Ultrasonication effect based on the coordination number on the structure of Ba0.44Sr0.56Ti(1-x)InxO3 ceramics}, journal={Materials Chemistry and Physics}, year=2017, pages={89-94} }