Yang, N.N.YangUetsuka, H.H.UetsukaNebel, C.E.C.E.Nebel2022-03-042022-03-042009https://publica.fraunhofer.de/handle/publica/21805610.1016/j.diamond.2008.08.007Texturing of a smooth diamond surface by use of nano-diamond particles as a hard mask and by use of reactive ion etching for 10 s results in the fabrication of vertically aligned diamond nano-wires with 3-10 nm length and a typically 11 nm spacing in between. The surface structure, electronic properties, and electrochemicall functionalization of diamond nano-wires were characterized by atomic force (AFM) and electrochemical techniques. The data showed that tip modified diamond nano-wires are promising for the detection of DNA hybridization.endiamond property and applicationvertically aligned diamond nanowirebio-functionalizationbiosensorscanning probe microscopySPMDNA detectorDNA DetektorbioelectrochemistryBioelektrochemienanotextured electrodesnanostrukturierte Elektrodendiamond nano wireDiamant Nanodraht667553journal article