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  • Finger, Torsten (4)
  • Heuermann, Holger (4)
  • Finger, Friedhelm (1)
  • Miyamoto, Koichiro (1)
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  • Nachtrodt, Frederik (1)
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A novel 2.45 GHz/200 W Microwave Plasma Jet for High Temperature Applications above 3600 K (2012)
Schopp, Christoph ; Nachtrodt, Frederik ; Heuermann, Holger ; Scherer, Ulrich W. ; Mostacci, Domiziano ; Finger, Torsten ; Tietsch, Wolfgang
Microwave Spark Plug for Very High-Pressure Conditions (2014)
Heuermann, Holger ; Finger, Torsten
2.45 GHz Plasma Powered Spark Plug by Thermal and EM-Optimization (2014)
Heuermann, Holger ; Finger, Torsten
Alternative ignition system based on microwave plasma (2013)
Heuermann, Holger ; Sadeghfam, Arash ; Finger, Torsten
Light-addressable Potentiometric Sensors and Light–addressable Electrodes as a Combined Sensor-and-manipulator Microsystem with High Flexibility (2012)
Wagner, Torsten ; Shigiahara, N. ; Miyamoto, Koichiro ; Suzurikawa, Jun ; Finger, Friedhelm ; Schöning, Michael Josef ; Yoshinobu, Tatsuo
This work describes the novel combination of the light-addressable electrode (LAE) and the light-addressable potentiometric sensor (LAPS) into a microsystem set-up. Both the LAE as well as the LAPS shares the principle of addressing the active spot by means of a light beam. This enables both systems to manipulate resp. to detect an analyte with a high spatial resolution. Hence, combining both principles into a single set-up enables the active stimulation e.g., by means of electrolysis and a simultaneous observation e.g., the response of an entrapped biological cell by detection of extracellular pH changes. The work will describe the principles of both technologies and the necessary steps to integrate them into a single set-up. Furthermore, examples of application and operation of such systems will be presented.
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