Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation.

Koutná, Nikola

Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation. [electronic resource] - Materials (Basel, Switzerland) Apr 2019

Publication Type: Journal Article

ISSN: 1996-1944

Standard No.: 10.3390/ma12071104 doi

Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation.

APA

Koutná N., Erdely P., Zöhrer S., Franz R., Du Y., Liu S., Mayrhofer P. H. & Holec D. (2019). Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation. : Materials (Basel, Switzerland).

Chicago

Koutná Nikola, Erdely Petra, Zöhrer Siegfried, Franz Robert, Du Yong, Liu Shuhong, Mayrhofer Paul H and Holec David. 2019. Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation. : Materials (Basel, Switzerland).

Harvard

Koutná N., Erdely P., Zöhrer S., Franz R., Du Y., Liu S., Mayrhofer P. H. and Holec D. (2019). Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation. : Materials (Basel, Switzerland).

MLA

Koutná Nikola, Erdely Petra, Zöhrer Siegfried, Franz Robert, Du Yong, Liu Shuhong, Mayrhofer Paul H and Holec David. Experimental Chemistry and Structural Stability of AlNb₃ Enabled by Antisite Defects Formation. : Materials (Basel, Switzerland). 2019.

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