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Method development for continuous monitoring of selected VOC test gases by GC and[...]
Experimental
Validation of the online-TD-GC-FID method for VOC test gases
Danksagung
Kurzfassung
Abstract
Table of contents
Introduction
State of the art
Objective
Motivation and theoretical background
Proficiency testing at the IFA
Selected ion flow tube mass spectrometry
Materials and methods
Generation of test gases at a dynamic test gas facility at the IFA
Dosing systems for generating test gases at the IFA
Design of a contactless microfluidic pressure-controlled dosage device
Measurement equipment for online control of test gases
Analytical Methods
Experimental
Method development for gas chromatographic online analysis of VOC test gases and organic solvent test gases
Validation of the online-TD-GC-FID method for VOC test gases
SIFT-MS method development
Results and discussion
Validation results of the online analysis VOC method
Results of the method development for the online determination of organic solvents
Conclusion for the gas chromatographic measuring methods
Online determination of VOC test gas mixtures via SIFT-MS during proficiency test 2019
Method development for real time analysis of aldehyde test gases with SIFT-MS
Conclusion and future work
Literature
Appendix
Dissertation (PhD)
Method development for continuous monitoring of selected VOC test gases by GC and SIFT-MS and its use for verifying a new dosing system for test gas generation / vorgelegt von Christiane Kaus
Place and Date of Creation
Wuppertal
2021
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