83 results on '"Ando, Yasuhisa"'
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2. Determining lubrication properties of hierarchical groove patterns using mesoscale raster-scanning measurements
3. Friction characteristics between two micro/nano groove patterns
4. Preface
5. Study on friction reduction by combining DLC film and surface patterning
6. Friction mechanisms of nanostripe structures under vacuum conditions
7. Friction Force Mapping on Micro/Nano Patterns under Lubricating Conditions
8. Study on the influence of atomic distance change on frictional force
9. Friction property between micro/nano pattern surfaces
10. Tribological characteristics of nanostripe surface under palm oil lubricating conditions
11. Nanotribological Measurement Using Cantilever Integrated Three-Dimensional Micro Stages
12. Lubrication properties of nanostripe structures at low sliding speeds
13. Study on the effect of lattice constant change on the friction force
14. Study on the friction reduction mechanism by nanostripe structure
15. Fabrication of contoured nanostripe surface and its lubricating properties
16. Determining lubrication properties of nanostripe surface by AFM measurement
17. Microsphere formation using SIFEL microfluidic devices with organic-solvent resistance
18. Relations Among Friction and Pull-Off Forces and Surface Geometry in Nano Meter-Scale
19. Development of cantilever integrated three-dimensional micro stages and application to tribological study
20. Nano-scale liquid lubrication properties using two-dimensional patterns
21. Study of lubricating properties by the combination of nanostripe pattern
22. F221004 Determining factors dominating friction coefficient between metals
23. J1130104 Development of long life solid lubrication method using nanostripe structure
24. 28pm1-F-3 Fabrication and friction properties of contoured nanostripe surfaces
25. WeB-3-1 FRICTION PROPERTIES OF NANOSTRIPE STRUCTURES IN VACUUM ENVIRONMENT
26. S1110104 Effect of nanostripe surface geometry on lubrication properties at extremely low sliding speed
27. MoP-28 EFFECT OF NANOSTRIPE SURFACE GEOMETRY ON LUBRICATION PROPERTIES AT EXTREMELY LOW SLIDING SPEED
28. 28pm1-F-2 Examination of fluid lubrication properties by the combination of nanostripe and micropattern
29. 22am2-A8 Development of two axis actuator for high-speed mirror scanning based on MEMS technology
30. J1640103 Influence to friction force of silane-coupled substrates in different oxidation state
31. 21am2-F7 Friction properties of Ag-Cr nanostripe structure in vacuum environment
32. 21101 Studies on the low friction of nanostripe structure in unlubricated conditions
33. 21am2-F6 Determining lubrication properties of nanostripe structure by AFM measurement
34. Basic characteristics of polycarbonate-based dual cantilever sensors for detecting VOC
35. J1640104 Formation and friction property of random nanostripe surface
36. S1110102 Determining lubrication properties of nanostripe structure by AFM measurement
37. S1110305 Study on single atomic friction using Three-Dimensional Microstages
38. 6PM3-PMN-022 The friction and the effect of silane-coupled substrates with different oxidation states
39. Influence of Material Properties on Major Tribological Factors at a Nanoscale Sliding Electric Contact of Probe Devices
40. J112035 Dry friction properties of nanostripe structure
41. OS6-2-6 Effect of additive on the tribological properties of nano-patterned surface
42. F222006 New directions in micro/nanotribology
43. J164025 Material characterization of nanostripe surface using scanning probe microscope
44. OS6-2-4 Material Characterization of Nanostripe Surface Using Scanning Probe Microscope
45. Electric Contact Characteristics at the Nanoscale Probe Tip
46. Variations of Minimum Contact Areas on Slipping Range using Micro-Glass Spheres
47. J111032 Investigation of friction-induced groove formation on nanostripe surfaces
48. MNM-P8-1 Effects of interaction force between lattices on friction
49. MNM-1B-7 Tribological Evaluation of the Two Materials Simultaneous Contact Type Wear-Resistant Probe
50. B-1 Electric contact characteristics at the nanometer-scale probe tip
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