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Paper detail

Graphite Nanoeraser

We present here a method for cleaning intermediate-size (5~50nm) contamination from highly oriented pyrolytic graphite. Electron beam deposition causes a continuous increase of carbonaceous material on graphene and graphite surfaces, which is difficult to remove by conventional techniques. Direct mechanical wiping using a graphite nanoeraser is observed to drastically reduce the amount of contamination. After the mechanical removal of contamination, the graphite surfaces were able to self-retract after shearing, indicating that van der Waals contact bonding is restored. Since contact bonding provides an indication of a level of cleanliness normally only attainable in a high-quality clean-room, we discuss potential applications in preparation of ultraclean surfaces.

preprint2010arXivOpen access
Ze LiuPeter. BøggildJia-rui YangYao ChengFrancois GreyYi-Lun LiuLi WangQuan-shui Zheng
cond-mat.othercond-mat.mtrl-sci
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Ze LiuPeter. BøggildJia-rui YangYao ChengFrancois GreyYi-Lun LiuLi WangQuan-shui Zheng

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