PriSciTemp: Primary spectrometric thermometry for gases

精确的气体温度测量具有许多应用，例如环境科学、工业过程控制和燃烧研究。光谱测温法对这些应用特别有利，但通常受到分子光谱参数的不确定性及其对高温的适应性的阻碍。量子力学计算的最新进展与基于量子梳/FT的光谱技术相结合，为高精度光谱参数提供了新的途径。该项目旨在将联合收割机在温度测量、光谱测量和量子化学方面的专业知识结合起来，以开发新型光谱气体温度测量。

Accurate gas temperature measurements have numerous applications such as environmental science, industrial process control and combustion research. Spectrometric thermometry is particularly advantageous for these applications but often hampered by the uncertainties in molecular spectral parameters and their adoption to elevated temperatures. Recent advances in quantum mechanical calculations in combination with metrological comb/FT-based spectrometric techniques offer novel routes towards highly accurate spectral parameters. The project aims to combine expertise in thermometry, spectrometry, and quantum-chemistry to enable the development of novel spectrometric gas thermometry.