17 results on '"Itoh, Shintaro"'
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2. Correlation between viscoelastic response and frictional properties of hydrated zwitterionic polymer brush film in narrowing shear gap
3. Hydration–lubrication performance improvement via synergistic effects of free polymers and polymer brushes
4. Effect of water on mechano-chemical reactions of perfluoropolyether lubricant films in heat-assisted magnetic recording: A reactive molecular dynamics study
5. Characterization of organic friction modifiers using lateral force microscopy and Eyring activation energy model
6. In-situ measurement of temporal changes in thickness of polymer adsorbed films from lubricant oil by vertical-objective-based ellipsometric microscopy
7. Extension of measurement range of lubrication gap shape using vertical-objective-type ellipsometric microscopy with two compensator angles
8. Simultaneous in situ measurements of contact behavior and friction to understand the mechanism of lubrication with nanometer-thick liquid lubricant films
9. Measurement of nanometer-thick lubricating films using ellipsometric microscopy
10. Enhanced viscoelasticity of polyalphaolefins confined and sheared in submicron-to-nanometer-sized gap range and its dependence on shear rate and temperature
11. Is the trend of Stribeck curves followed by nano-lubrication with molecularly thin liquid lubricant films?
12. Shear thinning behavior of nanometer-thick perfluoropolyether films confined between corrugated solid surfaces: a coarse-grained molecular dynamics study
13. Influence of surface roughness and coating on the friction properties of nanometer-thick liquid lubricant films
14. Surface functionalization by fine ultraviolet-patterning of nanometer-thick liquid lubricant films
15. Friction measurements of nanometer-thick lubricant films using ultra-smooth sliding pins treated with gas cluster ion beam
16. An electrostatic actuator for dual-axis micro-mechanical probe on friction force microscope
17. Opposing effects of confinement and confinement-induced shear-thinning on viscoelastic properties of liquid lubricant in nanometer-scale gaps
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