Research on Cold Atmospheric Plasma Jet Driven by Artificial Intelligence

Xi Guosu(‌Shenzhen MSU-BIT University)
Chen Jiefeng(Guangdong Yingqiao Technology Development Co., Ltd.)

Abstract

Cold atmospheric plasma jets, with their low temperature, high reactivity, and environmentally friendly characteristics, have shown broad application potential in biomedical treatment, material modification, and pollution control. However, the complexity of discharge mechanisms, strong parameter coupling, and spatial nonuniformity restrict their stability and controllability. The integration of artificial intelligence (AI) provides a new approach for this research, enabling intelligent regulation of the discharge process through data-driven modeling and optimization. This paper discusses the formation mechanism, dynamic characteristics, and AI applications in parameter optimization and discharge diagnostics of cold plasma jets, providing theoretical support for their intelligent and engineering development.

Keywords

Cold atmospheric plasma jet; Artificial intelligence; Discharge mechanism; Parameter optimization; Intelligent control

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DOI: http://dx.doi.org/10.26549/met.v9i1.36162