Enhanced Performance Stability of Iridium Oxide-Based pH Sensors Fabricated on Rough Inkjet-Printed Platinum

Keyphrases

• Performance Enhancement 100%
• Adhesion 100%
• Inkjet Print 100%
• Oxide-based 100%
• PH Sensor 100%
• Iridium Oxide 100%
• Performance Stability 100%
• Electrochemical Sensor 33%
• Highly Sensitive 33%
• Fundamental Challenges 33%
• Fabrication Methods 33%
• Electrodeposit 33%
• Water-based 33%
• High Temperature 33%
• Polymer Substrate 33%
• Metal Layer 33%
• Metal Electrode 33%
• Anodic 33%
• Sensor Stability 33%
• Direct Printing 33%
• Long-term Sensor 33%
• Sensor Cost 33%
• Rough Surface 33%
• Surface Roughness 33%
• Strategies to Overcome 33%
• Sensing Materials 33%
• Inkjet 33%
• Material Layer 33%
• Printed Layers 33%
• Wide pH Range 33%
• Substrate Material 33%
• Mechanical Sensors 33%
• Nanostructured Platinum 33%
• Sensor Layer 33%
• Platinum Layers 33%
• Solid-state pH Sensor 33%
• Low Temperature Curing 33%
• Long-term Stability Test 33%
• Electroplating 33%
• Super-Nernstian Response 33%
• Low-cost Substrates 33%
• Sensing Layer 33%
• Nanoparticle Ink 33%
• Mechanical Etching 33%
• Platinum Nanoparticles (PtNPs) 33%

Material Science

• Platinum 100%
• Iridium 100%
• Oxide Compound 100%
• Surface Roughness 20%
• Rough Surface 20%
• Electroplating 20%
• Nanoparticle 20%