Study of the Power Distribution of Each Impedance in the Electrical Circuit of Ionized Gas Coagulation Equipment
Study of the Power Distribution of Each Impedance in the Electrical Circuit of Ionized Gas Coagulation Equipment
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电离气凝设备电路中各阻抗功率分布的研究
DOI：
10.1615/plasmamed.2016015853
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发表时间：
2015
期刊：
影响因子：
--
通讯作者：
Y. Ikehara
中科院分区：
文献类型：
--
作者：
H. Sakakita;S. Kiyama;Jaeho Kim;Hiromasa Yamada;I. Masukane;T. Niwa;Nobuyuki Shimizu;Y. Seto;M. Ichinose;Y. Ikehara
医用等离子设备被归类为用于医疗的电气设备。作为低温等离子体源的低能电离气体混凝设备（LE-IGCE）和作为高温等离子体源的高能电离气体混凝设备（HE-IGCE）的特性在很大程度上取决于等离子体设备的结构和操作条件。为了保证LE-IGCE和HE-IGCE的电气安全，本文测量了这两种设备的输出电流和功率，并对电路中各阻抗的功率分布进行了评估。使用LE-IGCE产生等离子体所需的功率与电源的实际功率相对应，且高于HE-IGCE所需的功率。然而，LE-IGCE引起的人体欧姆发热远低于HE-IGCE引起的欧姆发热。
Medical plasma equipment is categorized as electrical equipment for use in medical treatment. The characteristics of both low-energy ionized gas coagulation equipment (LE-IGCE) as a low-temperature plasma source and high-energy ionized gas coagulation equipment (HE-IGCE) as a high-temperature plasma source strongly depend on the structure of the plasma equipment and the operating conditions. In this paper, to ensure the electrical safety of both the LE-IGCE and the HE-IGCE, the output current and power of both types of equipment are measured, and the power distribution is evaluated for each impedance in the electrical circuit. The power required to produce plasma using the LE-IGCE corresponds to the real power of the power supply, and it is higher than that required by the HE-IGCE. However, ohmic heating in the human body caused by the LE-IGCE is much lower than that caused by the HE-IGCE.
使用温和等离子体发生器进行医疗应用的小鼠辐照实验
影响因子：
0.8
作者：
井上菜菜瀬;福本宗嗣;大槻均;入子英幸;SAKAKITA H. and IKEHARA Y
通讯作者：
SAKAKITA H. and IKEHARA Y