An Inkjet Printing Technique for Scalable Microfabrication of Graphene-Based Sensor Components

Keyphrases

• Microfabrication 100%
• Inkjet Printing 100%
• Graphene Sensors 100%
• Inkjet Printing Technique 100%
• High-resolution 50%
• Hybrid Method 50%
• Graphene Oxide 50%
• Microstructure 50%
• Lift-off 50%
• Silica 50%
• Graphene-based Materials 50%
• Micropatterning 50%
• Biomedical Applications 50%
• Process Complexity 50%
• Cell Culturing 50%
• Graphene Ink 50%
• Oxide Graphene 50%
• Fault Tolerance 50%
• Reduced Graphene Oxide 50%
• Pattern-based Approach 50%
• Polydimethylsiloxane 50%
• Sensing Element 50%
• Piezoresistive Sensing 50%
• Four-point 50%
• Cantilever Beam 50%
• Shadow Mask 50%
• Graphene Structure 50%
• High Flexibility 50%
• Graphene Patterns 50%
• Deep Reactive Ion Etching 50%
• Measurement Structure 50%
• Inkjet Deposition 50%
• Chemical Usage 50%
• Low Process Temperature 50%
• Electroplated Copper 50%

Engineering

• Graphene 100%
• Inkjet Printing 100%
• Microfabrication 100%
• Cantilever Beam 20%
• Resistive 20%
• Biomedical Application 20%
• Polydimethylsiloxane 20%
• Combined Process 20%
• Deep Reactive Ion Etching 20%
• Graphene Oxide 20%
• Reduced Graphene Oxide 20%
• Line Width 20%
• Patterning Technique 20%
• Piezoresistive Sensing Element 20%
• Shadow Mask 20%
• Fits and Tolerances 20%
• High Resolution 20%
• Silicon Dioxide 20%

Material Science

• Microfabrication 100%
• Graphene 100%
• Linewidth 20%
• Reduced Graphene Oxide 20%
• Graphene Oxide 20%
• Silicon 20%
• Reactive Ion Etching 20%