中文摘要：

在这篇论文，有三的联合表面障碍分泌物(V-SBD ) 组织拥有不同体积的体积由在大气的空中的正弦交流力量是激动的。分泌物图象，应用电压的波形和分泌物电流，和模仿旋转、震动的温度的光排放系列被记录并且分析。N ₂ 的排放紧张上的应用电压的效果(C ³ _u B ³ _g ) 和 N ₂⁺(B ² X ²) ，和旋转、震动的温度被调查。当震动的温度减少时，结果证明作为应用电压上升，排放紧张和旋转温度增加。另外，当应用电压变化，表面分泌物的旋转温度比体积分泌物的快变化，这被发现。

英文摘要：

In this paper,volume coupled surface barrier discharge（V-SBD） with three structures possessing different volumes is excited by sine AC power in atmospheric air.Discharge images,waveforms of applied voltage and discharge current,and optical emission spectra simulating rotational and vibrational temperatures are recorded and analyzed.The effects of applied voltage on emission intensities of N2（C^3Πu→ B^3Πg） and N2^＋（B^2∑u^＋ → X^2Eg^＋）,and rotational and vibrational temperatures are investigated.The results show that as applied voltage rises,emission intensities and rotational temperatures increase while vibrational temperatures decrease.In addition it is found that,as applied voltage varies,the rotational temperature of surface discharge changes faster than that of volume discharge.