Evaluation, analysis and optimisation of direct-push sensor systems
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Beschreibung
In the present work, a systematic classification and description for the future development of this exploration technology is devised. For the evalutation and optimisation of existing sensor systems, a methodological approach is present which is based on experimental analysis performed at laboratory and field scale, then there subsequent mathematical modeling. The presented principles for the examination of direct push sensor systems are appropriate as deductive methods for the synthetic development and implementation of physical, chemical, or biological sensor systems.
An importent application of direct-push sensor systems is the investigation of contamination in soils and groundwater. One example of these kinds of sensor system is the Membrane InterfaceProbe (MIP), through this however often yield uncertain measurement results.
Autor*in
Jan Bumberger
Themen in »Evaluation, analysis and optimisation of direct-push sensor systems«
Field - scale investigation, Experimental analysis stage, Transformation from time-dependent to depth-dependent signals, Results. Introduction Membrane Interface Probe - Systematic description, Application, Problemidentification and current "state of the art". Methodical approach - systematic analysis of direct-push sensor systems - Systematic description, Analysis - Experimental analysis stage, Modeling analysis stage, Application exambles. Modeling analysis stage Modeling, Sensor Interface - Experimental analysis stage, Results. Optimisation of the Membrane Interface Probe - Combination with a mobile mass spectrometer, Mulit-directional probing, Continuous depth profiling and triggered sampling, Fundamental improvement concept. Results. Sytematic analysis of the Membrane Interface Probe - System under measurement Transmission system - Laboratory-scale investigation, Experimental analysis stage, Modeling, Results.