Engineering Viscoelasticity in Autoregulatory Nanoscale Wrinkling Bilayer Hydrogel Systems: Pressure Sensors and Thermal-Responsive Drug Delivery Systems

Keyphrases

• Drug Delivery System 100%
• Pressure Sensor 100%
• Relaxation Time 100%
• Wrinkling 100%
• System Pressure 100%
• Viscoelastic Properties 100%
• Thermoresponsive 100%
• Viscoelasticity 100%
• Viscoelastic Model 100%
• Hydrogel System 100%
• Responsive Drug Delivery 100%
• Bilayer Hydrogel 100%
• Sensing Device 50%
• Materials Synthesis 50%
• Strain Rate 50%
• Design Principles 50%
• Humidity 50%
• Light Scattering 50%
• Material Selection 50%
• Synthesis Methods 50%
• Thermomechanical 50%
• Strain Magnitude 50%
• Thin-skinned 50%
• Switch-off 50%
• Plasmonic Nanoparticle Arrays 50%
• External Stress 50%
• Responsive Materials 50%
• Linear Elastic Model 50%
• Light Transmission 50%
• Linear Elastic 50%
• Humidity Sensor 50%
• Viscoelastic Modeling 50%
• Bilayer System 50%
• Wrinkling Behavior 50%
• Generalized Maxwell Model 50%
• Evolutionary Analysis 50%
• Humidity Sensing 50%
• Plasmonic Heating 50%
• Process Selection 50%
• Stress Property 50%
• Wrinkled Morphology 50%
• Kelvin-Voigt 50%
• Generalized Kelvin 50%
• Generalized Kelvin-Voigt Model 50%
• Prediction Principles 50%
• Burgers Model 50%

Engineering

• Hydrogel 100%
• System Pressure 100%
• Engineering 100%
• Nanoscale 100%
• Drug Delivery 100%
• Pressure Sensor 100%
• Viscoelasticity 100%
• Plasmonics 33%
• Relaxation Time 33%
• Data Show 16%
• Strain Rate 16%
• External Stress 16%
• Sensing Device 16%
• Humidity Sensor 16%
• Nanoparticles 16%
• Linear Elastic Model 16%

Material Science

• Hydrogel 100%
• Viscoelasticity 100%
• Design Principle 25%
• Strain Rate 25%
• Materials Synthesis 25%
• Material Selection 25%
• Humidity Sensor 25%
• Nanoparticle 25%