FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2007952213> ?p ?o ?g. }

• W2007952213 endingPage "461" @default.
• W2007952213 startingPage "439" @default.
• W2007952213 abstract "A summary of photo- and electrochemical surface modifications applied on single-crystalline chemical vapour deposition diamond films is given. The covalently bonded formation of amine and phenyl linker molecular layers is characterized using X-ray photoelectron spectroscopy, atomic force microscopy (AFM), cyclic voltammetry and field-effect transistor characterization experiments. Amine and phenyl layers are very different with respect to formation, growth, thickness and molecular arrangement. We deduce a sub-monolayer of amine linker molecules on diamond with approximately 10% coverage of 1.5×10 15 cm −2 carbon bonds. Amine is bonded only on initially H-terminated surface areas. In the case of electrochemical deposition of phenyl layers, multilayer properties are detected with three-dimensional nitrophenyl growth properties. This leads to the formation of typically 25 Å thick layers. The electrochemical bonding to boron-doped diamond works on H-terminated and oxidized surfaces. After reacting such films with heterobifunctional cross-linker molecules, thiol-modified ss-DNA markers are bonded to the organic system. Application of fluorescence and AFM on hybridized DNA films shows dense arrangements with densities up to 10 13 cm −2 . The DNA is tilted by an angle of approximately 35° with respect to the diamond surface. Shortening the bonding time of thiol-modified ss-DNA to 10 min causes a decrease in DNA density to approximately 10 12 cm −2 . Application of AFM scratching experiments shows threshold removal forces of approximately 75 and 45 nN for the DNA bonded to the phenyl and the amine linker molecules, respectively. First, DNA sensor applications using Fe(CN 6 ) 3−/4− mediator redox molecules and DNA field-effect transistor devices are introduced and discussed." @default.
• W2007952213 created "2016-06-24" @default.
• W2007952213 creator A5003306925 @default.
• W2007952213 creator A5006504673 @default.
• W2007952213 creator A5018224425 @default.
• W2007952213 creator A5044784824 @default.
• W2007952213 creator A5046294958 @default.
• W2007952213 creator A5066879877 @default.
• W2007952213 date "2007-01-18" @default.
• W2007952213 modified "2023-10-03" @default.
• W2007952213 title "Diamond and biology" @default.
• W2007952213 cites W1729812787 @default.
• W2007952213 cites W1963951320 @default.
• W2007952213 cites W1966299606 @default.
• W2007952213 cites W1968001642 @default.
• W2007952213 cites W1977336820 @default.
• W2007952213 cites W1977459773 @default.
• W2007952213 cites W1978397818 @default.
• W2007952213 cites W1983713544 @default.
• W2007952213 cites W1984885267 @default.
• W2007952213 cites W1990038274 @default.
• W2007952213 cites W1990542898 @default.
• W2007952213 cites W1996932327 @default.
• W2007952213 cites W1997280286 @default.
• W2007952213 cites W1997910983 @default.
• W2007952213 cites W1998180551 @default.
• W2007952213 cites W2002258185 @default.
• W2007952213 cites W2002503249 @default.
• W2007952213 cites W2005765768 @default.
• W2007952213 cites W2006430708 @default.
• W2007952213 cites W2007229514 @default.
• W2007952213 cites W2007828038 @default.
• W2007952213 cites W2008192476 @default.
• W2007952213 cites W2011145213 @default.
• W2007952213 cites W2011488302 @default.
• W2007952213 cites W2012452880 @default.
• W2007952213 cites W2014202515 @default.
• W2007952213 cites W2014705044 @default.
• W2007952213 cites W2016164316 @default.
• W2007952213 cites W2019209150 @default.
• W2007952213 cites W2020602213 @default.
• W2007952213 cites W2022265330 @default.
• W2007952213 cites W2026642498 @default.
• W2007952213 cites W2027837653 @default.
• W2007952213 cites W2029737188 @default.
• W2007952213 cites W2031706108 @default.
• W2007952213 cites W2037011793 @default.
• W2007952213 cites W2037086943 @default.
• W2007952213 cites W2038075962 @default.
• W2007952213 cites W2040264368 @default.
• W2007952213 cites W2046244318 @default.
• W2007952213 cites W2048196256 @default.
• W2007952213 cites W2052297995 @default.
• W2007952213 cites W2058763428 @default.
• W2007952213 cites W2060798669 @default.
• W2007952213 cites W2062996438 @default.
• W2007952213 cites W2063601748 @default.
• W2007952213 cites W2070807782 @default.
• W2007952213 cites W2072700660 @default.
• W2007952213 cites W2073165689 @default.
• W2007952213 cites W2076993741 @default.
• W2007952213 cites W2077247206 @default.
• W2007952213 cites W2077804532 @default.
• W2007952213 cites W2079070496 @default.
• W2007952213 cites W2080767353 @default.
• W2007952213 cites W2086630666 @default.
• W2007952213 cites W2089221276 @default.
• W2007952213 cites W2089590518 @default.
• W2007952213 cites W2099941838 @default.
• W2007952213 cites W2124675518 @default.
• W2007952213 cites W2131635473 @default.
• W2007952213 cites W2132938513 @default.
• W2007952213 cites W2135232292 @default.
• W2007952213 cites W2147710137 @default.
• W2007952213 cites W2149024868 @default.
• W2007952213 cites W2166262323 @default.
• W2007952213 cites W2321736300 @default.
• W2007952213 cites W2331673407 @default.
• W2007952213 cites W2803327664 @default.
• W2007952213 cites W3120733886 @default.
• W2007952213 doi "https://doi.org/10.1098/rsif.2006.0196" @default.
• W2007952213 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2373407" @default.
• W2007952213 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17251162" @default.
• W2007952213 hasPublicationYear "2007" @default.
• W2007952213 type Work @default.
• W2007952213 sameAs 2007952213 @default.
• W2007952213 citedByCount "130" @default.
• W2007952213 countsByYear W20079522132012 @default.
• W2007952213 countsByYear W20079522132013 @default.
• W2007952213 countsByYear W20079522132014 @default.
• W2007952213 countsByYear W20079522132015 @default.
• W2007952213 countsByYear W20079522132016 @default.
• W2007952213 countsByYear W20079522132017 @default.
• W2007952213 countsByYear W20079522132018 @default.
• W2007952213 countsByYear W20079522132019 @default.
• W2007952213 countsByYear W20079522132020 @default.
• W2007952213 countsByYear W20079522132021 @default.
• W2007952213 countsByYear W20079522132022 @default.

• next