Surroundings affect slip length dynamics in nanoscale friction through contact stiffness and damping

Keyphrases

• Contact Stiffness 100%
• Nanoscale Friction 100%
• Keff 100%
• Slip Length 100%
• Contact Damping 100%
• Load Dependency 60%
• Interaction Potential 40%
• Friction Force Microscopy 40%
• Ultra-high Vacuum 40%
• Vacuum Condition 40%
• Multiple Slips 40%
• Friction 20%
• Ethanol 20%
• Stick-slip 20%
• Effective Contact 20%
• Force Dynamics 20%
• Governing Parameters 20%
• Atomic Scale 20%
• Slip Stiffness 20%
• Effective Stiffness 20%
• Applied Load 20%
• Corrugation 20%
• Slip Force 20%
• Energy Effective 20%
• Surrounding Medium 20%
• Underdamped 20%
• Elastic Interaction 20%
• Lateral Interactions 20%
• Slip Dynamics 20%
• Sliding Friction 20%
• Critical Damping 20%
• Damping Coefficient 20%
• Dynamic Contact 20%
• Sliding Contact 20%
• Common Understanding 20%
• Multiple Jumps 20%
• Nanotribology 20%
• Single Slip 20%
• Liquid Ethanol 20%
• NaCl Crystal 20%
• Jump Dynamics 20%
• Single Jump 20%
• Slip-slip 20%
• Increasing Load 20%
• Effective Damping 20%

Engineering

• Interaction Potential 100%
• Friction Force 100%
• Nanoscale Friction 100%
• Contact Stiffness 100%
• Performed Measurement 50%
• Nanoscale 50%
• Stick-Slip 50%
• Applied Load 50%
• Observables 50%
• Effective Energy 50%
• Damping Coefficient 50%
• Sliding Friction 50%
• Elastic Interaction 50%
• Critical Damping 50%
• Sliding Contact 50%
• Nanotribology 50%
• Increasing Load 50%
• Lattice Unit 50%
• Lateral Contact Stiffness 50%

Material Science

• Nanoscale Friction 100%
• Sliding Friction 100%
• Sliding Contact 100%
• Nanotribology 100%