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This study is designed to explore the two dimensional temperature maps of theatmospheric argon discharge consisting of pin-to-plane electrodes supplied by ahigh voltage DC source. After checking the stability of the micro discharge,the two dimensional image plane focused by a quartz lens was scanned by thefiber probe driven by a 3D Mobile Platform. The rotational and vibrationaltemperatures are calculated using nitrogen emissions collected by the highresolution spectrometer and high sensitive intensified charge coupled device(ICCD). The rotational temperature varies from 1558.15 K to 2621.14 K andvibrational temperature varies from 3010.38 K to 3774.69 K, indicating a greattemperature gradient due to small discharge size. The temperature maps show alateral expansion and a sharp truncation in the radial direction. A doublelayers discharge is identified, where an arc discharge coats the glowdischarge.

Neutral gas temperature maps of the pin-to-plate Argon micro discharge into the ambient air