@article{1463437,
      note = {Includes author index.},
      author = {Dai, Dong, and Zhang, Cheng, and Fang, Zhi, and Lu,  XinPei,},
      url = {http://library.usi.edu/record/1463437},
      title = {Proceedings of the 4th International Symposium on Plasma  and Energy Conversion : ISPEC 2022, 14-16 Oct, Foshan,  China /. International Symposium on Plasma and Energy  Conversion},
      abstract = {These proceedings highlight the fundamental researches and  up-to-data developments on energy conversion and  high-voltage application by means of low temperature and  atmospheric pressure plasma. In recent years,  plasma-assisted energy conversion gains increasing  attention as an alternative to thermal-catalysis or  electro-catalysis. These proceedings discuss and exchange  cutting-edge scientific innovations and technological  advances in fields like plasma-enabled synthesis of  chemicals and fuels, plasma-enabled the environmental  clean-up, plasma-enabled catalysis treatment, in-situ  probing of plasma-catalyst interactions and its  high-voltage applications, which show great potentials in  industrial demands like CO2 hydrogenation, CH4 reforming  and nitrogen fixation, plasma deposition, chemical  synthesis, VOC abatement and high-voltage insulation. This  collection of papers presents the main applications of  plasma-induced energy conversion and high-voltage discharge  in the form of separate chapters, including cutting-edge  studies on conversion technology, complex mechanism  simulation, in-situ detection and converged applications by  artificial intelligence. These proceedings are suitable for  researchers engaged in fields like plasma-catalysis,  discharge diagnosis and modelling, chemical modelling and  high-voltage applications. The major topics covered in the  conference proceedings are: 1) Advanced plasma-catalysis  conversion technology; 2) Advanced in-situ discharge  diagnosis technology; 3) Advanced in-situ plasma-catalysis  characterization; 4) Multi-scale or innovative modelling  technology; 5) High-voltage discharge and application.},
      doi = {https://doi.org/10.1007/978-981-99-1576-7},
      recid = {1463437},
      pages = {1 online resource (xii, 538 pages) :},
}