A novel atmospheric pressure plasma fluidized bed and its application in mutation of plant seeds

作者:Chen GL*; Fan SH; Li CL; Gu WC; Feng WR; Zhang GL; Wang JL; Latif K; Zhang SG; Wang ZQ; Han ER; Fu YB; Yang SZ
来源:Chinese Physics Letters, 2005, 22(8): 1980-1983.

摘要

An atmospheric pressure plasma fluidized bed (APPFB) is designed to generate plasma using a dielectric barrier discharge (DBD) with one liquid electrode. In the APPFB system, the physical properties of DBD discharge and its application in plant-seed mutating are studied fundamentally. The results show that the generated plasma is a typical glow discharge free from filament and arc plasma, and the macro-temperature of the plasma fluidized bed is nearly at room temperature. There are no obvious changes in the pimientos when their seeds are treated by APPFB, but great changes are found for coxcombs.

  • 出版日期2005-8
  • 单位北京印刷学院; 中国科学院