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Articles by author: L. Zhou

• A Viscometer Based on Velocity Attenuation of Rotary Cylinder
  Published in: High Speed Machining (p175)
• Calculation of Indentation Hardness Based on Indentation Energy
  Published in: High Speed Machining (p356)
• Design of Displacement Measuring System for Nano-Hardness Test Device
  Published in: e-Engineering & Digital Enterprise Technology (p518)
• Development of a Self-Feedback Adjustment Piezoelectric Ceramic Power Supply
  Published in: e-Engineering & Digital Enterprise Technology (p538)
• Development of Differential Capacitive Displacement Sensor Based on RC Multi-Oscillating Circuit
  Published in: e-Engineering & Digital Enterprise Technology (p643)
• Development of Surface Image Scanning Device Measurement Head Mechanism Based on AFM
  Published in: e-Engineering & Digital Enterprise Technology (p828)
• Dynamic Balance Analysis of Drum-Shape Rotor
  Published in: e-Engineering & Digital Enterprise Technology (p909)
• Experimental Research on the Influence of Indenter Tip Radius to Indentation Hardness
  Published in: e-Engineering & Digital Enterprise Technology (p327)
• Load Performances Analysis of Orifice Compensated High-Speed Externally Pressurized Spherical Gas Bearing
  Published in: e-Engineering & Digital Enterprise Technology (p732)
• Modeling and Simulation of a Externally Pressurized Spherical Gas Bearing
  Published in: e-Engineering & Digital Enterprise Technology (p182)
• Molecular Dynamics Simulation for Single Crystal Aluminum Nano-Indentation Effect by Indenter Radius
  Published in: e-Engineering & Digital Enterprise Technology (p401)
• Remote Control of Servo Motor Based on ZigBee Module and PLC
  Published in: High Speed Machining (p283)
• Research of the Static Balance for Spherical Rotor
  Published in: e-Engineering & Digital Enterprise Technology (p528)
• Research on a New Nanohardness Test Device
  Published in: e-Engineering & Digital Enterprise Technology (p533)
• Research on the Relationship between Indenter Tip Radius and Hardness with a Self-Designed Nanohardness Test Device
  Published in: Manufacturing Automation Technology (p267)