Measurement and Simulation of Nanoscale Gap Heat Transfer Using a Read/Write Head with a Contact Sensor

Keyphrases

• Heat Transfer 100%
• Head Temperature 100%
• Contact Sensor 100%
• Read-write Head 100%
• Nanoscale Gaps 100%
• Touchdown 75%
• Protrusion 50%
• Lubricant 50%
• Hard Disk Drive 50%
• Conduction Theory 50%
• Phonon Conduction 50%
• Heat-assisted Magnetic Recording 50%
• Temperature Variation 25%
• Contact Problem 25%
• Storage Capacity 25%
• Heat Transfer Mechanism 25%
• Reliability Design 25%
• Flight Height 25%
• Lubricant Layer 25%
• ANSYS Simulation 25%
• Height Control 25%
• Head-disk Interface 25%
• Microwave Assisted Magnetic Recording 25%
• Thermal Flying Height Control 25%
• Media Recording 25%
• Perpendicular Media 25%
• Meniscus Force 25%
• Air Bearing 25%
• Slider 25%
• Steady-state Temperature Distribution 25%
• Lubricant Flow 25%
• Recording Head 25%

Engineering

• Nanoscale 100%
• Magnetic Recording 100%
• Hard Disk Drive 66%
• Storage Capacity 33%
• Simulation Result 33%
• Temperature Change 33%
• State Temperature 33%
• Disc Surface 33%
• Gas Bearing 33%
• Meniscus Force 33%
• Perpendicular Medium 33%
• Starting Point 33%
• Temperature Distribution 33%