The impact of subcontinuum gas conduction on topography measurement sensitivity using heated atomic force microscope cantilevers

Keyphrases

• Measurement Sensitivity 100%
• Atomic Force Microscope Cantilever 100%
• Topography Measurement 100%
• Gas Conduction 100%
• Sub-continuum 100%
• Thermal Sensing 100%
• Cantilever 66%
• Heat Transfer 66%
• Macromodel 66%
• Topographic Imaging 66%
• Continuum Model 33%
• Nanometer Scale 33%
• Finite Difference Simulation 33%
• Direct Simulation Monte Carlo 33%
• High-resolution 33%
• Atomic Force Microscope 33%
• Nanostructured Surfaces 33%
• Heater 33%
• Atmospheric Conditions 33%
• Modeling Approach 33%
• Microcantilever 33%
• Argon 33%
• Heated Cantilever 33%
• Gas Phase 33%
• Data Interpretation 33%
• Thermoplastic Polymer 33%
• Molecular Model 33%
• Kinetic Theory 33%
• Promising Technology 33%
• System Modeling 33%
• Invalid 33%
• Monte Carlo Model 33%
• Working Gas 33%
• High-density Data Storage 33%

Engineering

• Atomic Force Microscope 100%
• Measurement Sensitivity 100%
• Macromodel 50%
• High Resolution 25%
• Continuum Model 25%
• Nanometre 25%
• Direct Simulation 25%
• Atmospheric Condition 25%
• Microcantilevers 25%
• Gas-Phase 25%
• Nanostructured Surface 25%