The generation of test gas from pure liquids has a wide variety of applications in laboratory and field experiments, for which the\r\nquality of the test gas is of significance. Therefore, various methods for test gas generation have been designed. Each method has\r\nunique advantages and disadvantages. Thus, a short overview is presented within the scope of this paper. Furthermore, a common\r\nbubbler system is presented, which was built to generate test gas from volatile organic compounds for experimental usage in\r\nlaboratory applications. An analysis is conducted with respect to the generated concentrations at different temperatures and flow\r\nrates of the diluting gas. Accuracy and stability of this method are investigated.
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