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Abstract
The fabrication of quartz nano-pillars was investigated using dry etching with a Ni mask. The mask diameter increased during etching due to re-sputtering of the Pt/Cr seed layer. However, once the seed layer had been eroded the enlarged mask diameter did not increase any further. Hence, the use of the mask enabled the fabrication of nano-pillars with a high aspect ratio. In situ FTIR–ATR observation of HF quartz plate pressure bonding developed a new bonding technique involving the use of H 2SiF 6. The nano-pillar chips allowed then to size-separate DNA of 10 kbp and 38 kbp within 20 s.
Published Version
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