Wang, Y. Et Al. 2024. Complex dynamics in an atmospheric pressure glow discharge in helium: transition from stationary to periodic oscillatory, and fully chaotic states. PHYSICA SCRIPTA , vol.99, no.12 .

Wang, Y., Gorqid, A., Kudryavtsev, A., Yao, J., Yuan, C., Zhou, Z., ... Rafatov, I.(2024). Complex dynamics in an atmospheric pressure glow discharge in helium: transition from stationary to periodic oscillatory, and fully chaotic states. PHYSICA SCRIPTA , vol.99, no.12.

Wang, Ying Et Al. "Complex dynamics in an atmospheric pressure glow discharge in helium: transition from stationary to periodic oscillatory, and fully chaotic states," PHYSICA SCRIPTA , vol.99, no.12, 2024

Wang, Ying Et Al. "Complex dynamics in an atmospheric pressure glow discharge in helium: transition from stationary to periodic oscillatory, and fully chaotic states." PHYSICA SCRIPTA , vol.99, no.12, 2024

Wang, Y. Et Al. (2024) . "Complex dynamics in an atmospheric pressure glow discharge in helium: transition from stationary to periodic oscillatory, and fully chaotic states." PHYSICA SCRIPTA , vol.99, no.12.

@article{article, author={Ying Wang Et Al. }, title={Complex dynamics in an atmospheric pressure glow discharge in helium: transition from stationary to periodic oscillatory, and fully chaotic states}, journal={PHYSICA SCRIPTA}, year=2024}