ABSTRACT

Ozone therapy is established in clinical applications since many decades, such as treatment of infections or herniated discs. However, in-line monitoring of ozone concentrations is challenging and therefore not performed by default. We developed an experimental setup to measure the in-line ozone concentration in water in real-time with a spectroscopic sensor. Thereby, the experimental setup enables the calibration and evaluation of newly evolved ozone sensors. The results for ozone concentration measurement with the spectroscopic sensor and the colorimetric photometer show a very good correlation. Furthermore, the ozone decay curves measured with our experimental setup highly correlate with those of previous research.

摘要

几十年来，臭氧疗法在临床应用中得到确立，例如治疗感染或椎间盘突出。然而，臭氧浓度的在线监测具有挑战性，因此默认情况下不执行。我们开发了一个实验装置，用光谱传感器实时测量水中的在线臭氧浓度。因此，实验装置能够对新发展的臭氧传感器进行校准和评估。使用光谱传感器和比色光度计测量臭氧浓度的结果显示出非常好的相关性。此外，用我们的实验装置测量的臭氧衰减曲线与以前的研究高度相关。