IrN<sub>4</sub>and IrN<sub>7</sub>as potential high-energy-density materials

Authors

Du X. ^1, ² , Wang J. ¹ , Yang Q. ^1, ² , Yang G. ^1, ² , Yao Y. ³

Journal

Issue number

Language

English

Pages

054706

State

Published

Volume

154

Year

2021

Organizations

¹ State Key Laboratory of Metastable Materials Science and Technology|Key Laboratory for Microstructural Material Physics of Hebei Province|School of Science|Yanshan University
² Centre for Advanced Optoelectronic Functional Materials Research|Key Laboratory for UV Light-Emitting Materials and Technology|Ministry of Education|National Demonstration Center for Experimental Physics Education|Northeast Normal University
³ Department of Physics and Engineering Physics|University of Saskatchewan

Cite

Article

Ma R., Rong J., Yun G., Bao L., Liang Y., Zhang S., Bauer R., Zhen J., Chang G.S.

Physica B: Condensed Matter. Vol. 606. 2021. 412828 p..

Article

Yang X., Kogut D., Couã«Del L., Angot T., Roubin P., Faure J.B., Cartry G.

Plasma Sources Science and Technology. Vol. 30. 2021. 015013 p..

IrN₄and IrN₇as potential high-energy-density materials