Nano Ferrofluidic Scale the String Axle of Big Length to Radius

Yan Nian Rui; Ming Wang

doi:10.4028/www.scientific.net/MSF.532-533.420

Paper Titles

Mechanism of Organic Grinding Fluid of Ceramics Based on Long Carbon Chain Alcohol and Halogenated Hydrocarbons
p.404

Research on Properties of Ternary Boride Hard Alloy Materials Added Nickel and Chromium
p.408

Effect of Different Edge Preparation on High Speed Turning Hardened Steel Process
p.412

Surface Roughness Characteristics of Finely Ground Ceramics
p.416

Nano Ferrofluidic Scale the String Axle of Big Length to Radius
p.420

Optimizing TiN Coating Surface Roughness with RSM
p.424

Experimental Researches on Rapid Forming Full Compacted Metal Parts by Selective Laser Melting
p.428

FEM Analysis of Grinding Damage Mechanisms for Ceramics Materials
p.432

Study on the Wear of Diamond Beads in Wire Sawing
p.436

HomeMaterials Science ForumMaterials Science Forum Vols. 532-533Nano Ferrofluidic Scale the String Axle of Big...

Nano Ferrofluidic Scale the String Axle of Big Length to Radius

Abstract:

The scale structure and the experiment equipment are designed on the nano ferrofluidic scale the string axle of the big length to radius, according to the principle of the nano ferrofluidic scale. The experiment study is made on the problems of the scale performance relation associated with this string axle, the rotational speed and the excitation current big or small. The reliability of the nano ferrofluidic scale the string axle of the big length to radius is proved.