... nanotechnology turbines wear testing zinc compounds Mn 0.78 Zn 0.22 Fe 2 O 4 magnetic fluid lubrication additive tribology When nanometer-sized particles are mixed with the lubricating oil, the nanometer particles can improve the lubricating oil’s abilities of extreme pressure, antiwear...

... orientations of LCP melts in a nanochannel (the distance between the upper wall and the lower wall is 12.8 nm ). Findings in this study provide very useful information in the injection molding of plastic products with nanofeatures. 27 02 2006 25 09 2006 nanotechnology rheology walls...

... of elastic-plastic deformation are seen. These observations, enabled on silicon using an in situ and nanometer length scale process, are fundamentally different from the understanding of conventional abrasive wear. 19 07 2005 27 06 2006 abrasion nanotechnology amorphous state crystal...

... 2006 design engineering piezoelectric actuators nanotechnology hard discs disc drives adhesion magnetic recording magnetic heads active slider air bearing surface (ABS) flying height control hard disk drives head-disk interface piezoelectric nanoactuator As the spacing...

... 31 05 2002 film flow rheology lubrication nanotechnology shear strength thickness measurement mechanical contact For Newtonian lubricants, the linear proportionality between shear stress and shear strain rate always maintains an oil film between the lubricated surfaces...

... of the significant effect of the mechanical properties of the substrate material. Hence, special scanning microscopes with atomic spatial resolutions and extremely sharp tips are essential for unbiased mechanical testing of ultrathin films. carbon films nanotechnology mechanical properties atomic force...

... OF TRIBOLOGY . Manuscript received by the Tribology Division February 9, 2000; revised manuscript received July 25, 2000. Associate Editor: M. T. Dugger. polymers nanotechnology indentation surface texture mechanical properties adhesion In this study, the nanomechanical behavior of several...