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Electrodes sérigraphiés oxyde d'iridium réduite graphène Oxyde nanohybrides Thin Film modifié comme papier jetable Electrochemical microfluidiques pH Capteurs
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1Department of Biological Systems Engineering,University of Wisconsin-Madison, 2Environment, Energy and Natural Resources Center, Department of Environmental Science and Engineering,Fudan University, 3Department of Mechanical Engineering,University of Wisconsin-Milwaukee, 4Department of Physics, School of Science,Tianjin University, 5Department of Chemistry,University of Wisconsin-Madison, 6School of Freshwater Sciences,University of Wisconsin-Milwaukee
Chapters
- 00:05Title
- 01:24μPAD and Apparatus Preparation
- 03:01Modification of Screen Printed Electrodes with IrO2-RGO Hybrid Thin Films
- 04:57Construction of Inexpensive and Portable Digital pH Meters
- 05:57pH Measurements
- 07:02Results: Disposable Microfluidic pH Sensors Accurately Measure pH in Small Volumes
- 08:05Conclusion
L'étude démontre la croissance de l' oxyde réduit l' oxyde d' iridium de graphène (IRO 2 -RGO) nanohybride films minces sur substrat irrégulière et rugueuse sérigraphie carbone grâce à une synthèse électrochimique verte, et leur mise en œuvre comme un capteur de pH avec une plate - forme de papier-fluidiques à motifs .
