Abstract The temperature field distribution in air SDBD (surface dielectric barrier discharge) is investigated by measuring the temperatures of reactive plasma volume (Tp), electrode (Te) and gas (Tg) using the fiber optic thermometer. Results show that Tp is almost the same as Te, while Tg is lower than Tp. Both Tp and Tg follow a first-order model. The temperature in the area between the boundary of the plexiglass surfaces and the electrodes is higher than the temperature in the center. The gas flow rate has little effect on Tp due to that air flow is in steady laminar flow state.

中文翻译：

---

大气脉冲表面介质阻挡放电产生臭氧的温度分布特征

摘要 通过使用光纤温度计测量反应等离子体体积 (Tp)、电极 (Te) 和气体 (Tg) 的温度，研究了空气 SDBD（表面介质阻挡放电）中的温度场分布。结果表明，Tp 与 Te 几乎相同，而 Tg 低于 Tp。Tp 和 Tg 都遵循一阶模型。有机玻璃表面的边界和电极之间的区域的温度高于中心的温度。由于气流处于稳定的层流状态，因此气体流速对 Tp 的影响很小。