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Measurements of slip length for flows over graphite surface with gas domains
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We present the measurements of slip lengths for the flows of purified water over graphite
surface covered with surface nanobubbles or nano/micropancakes, which can be produced after using high temperature water to replace low temperature water. The slip length values measured on bare graphite
surface, nano/micropancake or nanobubble covered graphite
surfaces are about 8 nm, 27 nm, and 63 nm, respectively. Our results indicate that the gaseous domains formed at the solid-liquid
interface, including surface nanobubbles and nano/micropancakes, could act as a lubricant and significantly increase slip length.
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