Improvement of Diamond-Cutting Surface by Means of Porous Bearing Laminar Flow

D.X. He; B.H. Sheng; Zu De Zhou; Q. Suo; Y.F. Li; C.Y. Liu

doi:10.4028/www.scientific.net/AMR.69-70.88

Paper Titles

Influence of Supporting Characteristics on Sphericity of Ceramic Balls in Rotated Dual-Plates Lapping Process
p.69

Development and Experimental Study of Multi-Axis Micro-EDM Machine Tool for Small-Hole Based on Linear Motor
p.74

Microelectrode Array Fabrication by Micro-WEDM
p.79

Effect of Free Abrasive Particle in Gasbag Polishing Technique
p.83

Improvement of Diamond-Cutting Surface by Means of Porous Bearing Laminar Flow
p.88

Narrow Beam Machining on Micro-WEDM
p.93

An Effect Contrast for Chemical Mechanical Polishing with Mechanical Polishing for Tungsten Steel
p.98

Study on the Mechanical Properties of Sapphire by Numerical Simulation and Nanoindentation Technology
p.103

Examination to Machining Characteristics of Semi-Fixed Abrasive Plate during the Lapping Process
p.108

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 69-70Improvement of Diamond-Cutting Surface by Means of...

Improvement of Diamond-Cutting Surface by Means of Porous Bearing Laminar Flow

Abstract:

Air bearings had been widely used in ultra-precision machine tools. In order to suppress the micro-vibration caused by air bearing, an effective way is keeping the air flow in laminar state. Porous bearing to control the micro-vibration was proposed in this paper, and the related experiments show that it can meet the requirement of decreasing the micro-vibration to less than 1nm, and the surface of diamond surface can be improved.