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<p>Low-temperature plasmas, also known as non-thermal plasmas, are partially ionized gases whose electron temperatures are much higher than those of the ions and neutrals. Furthermore, gaseous molecules are partly dissociated, and the degree of dissociation is orders of magnitude larger than that calculated from the Boltzmann distribution at a given gas temperature. This distinguishing characteristic allows low-temperature plasma (LTP) to have diverse uses in many fields, including medical and biological, agriculture, environmental, and electronics and semiconductor applications. Applications of LTP have been increasing worldwide, but in this particular topic, we will focus on the advances in LTP applications in Asia.</p>

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Developments in low-temperature plasma applications in Asia

  • 期刊论文

  • 发表日期：

    2025年2月8日

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  • Pankaj Attri,
  • Kenji Ishikawa,
  • Nozomi Takeuchi,
  • Tomohiro Nozaki,
  • Rajdeep Singh Rawat,
  • Zhitong Chen,
  • Bo Ouyang,
  • Takamasa Okumura,
  • Danni Fu,
  • Katsuyuki Takahashi,
  • Dae-Yeong Kim,
  • Xiaozhong Chen,
  • Kunihiro Kamataki,
  • Koichi Takaki,
  • Eun Ha Choi,
  • Masaru Hori,
  • Kazunori Koga,
  • Masaharu Shiratani

摘要

Low-temperature plasmas, also known as non-thermal plasmas, are partially ionized gases whose electron temperatures are much higher than those of the ions and neutrals. Furthermore, gaseous molecules are partly dissociated, and the degree of dissociation is orders of magnitude larger than that calculated from the Boltzmann distribution at a given gas temperature. This distinguishing characteristic allows low-temperature plasma (LTP) to have diverse uses in many fields, including medical and biological, agriculture, environmental, and electronics and semiconductor applications. Applications of LTP have been increasing worldwide, but in this particular topic, we will focus on the advances in LTP applications in Asia.