Slip length measurement of water flow on graphite surface using atomic force microscope
In this paper, we present experimental measurements of slip length of deionized (DI) water
flow on a silicon surface and a graphite surface by using atomic force microscope. The
results show that the measured hydrodynamic drag force is higher on silicon surface than
that on graphite surface, and a measured slip length about 10 nm is obtained on the later
surface.
flow on a silicon surface and a graphite surface by using atomic force microscope. The
results show that the measured hydrodynamic drag force is higher on silicon surface than
that on graphite surface, and a measured slip length about 10 nm is obtained on the later
surface.
In this paper, we present experimental measurements of slip length of deionized (DI) water flow on a silicon surface and a graphite surface by using atomic force microscope. The results show that the measured hydrodynamic drag force is higher on silicon surface than that on graphite surface, and a measured slip length about 10 nm is obtained on the later surface.
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