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- W2129204097 abstract "Through a combinatorial approach involving experimental measurement and plasma modelling, it is shown that a high degree of control over diamond-like nanocarbon film sp3/sp2 ratio (and hence film properties) may be exercised, starting at the level of electrons (through modification of the plasma electron energy distribution function). Hydrogenated amorphous carbon nanoparticle films with high percentages of diamond-like bonds are grown using a middle-frequency (2 MHz) inductively coupled Ar + CH4 plasma. The sp3 fractions measured by X-ray photoelectron spectroscopy (XPS) and Raman spectroscopy in the thin films are explained qualitatively using sp3/sp2 ratios 1) derived from calculated sp3 and sp2 hybridized precursor species densities in a global plasma discharge model and 2) measured experimentally. It is shown that at high discharge power and lower CH4 concentrations, the sp3/sp2 fraction is higher. Our results suggest that a combination of predictive modeling and experimental studies is instrumental to achieve deterministically grown made-to-order diamond-like nanocarbons suitable for a variety of applications spanning from nano-magnetic resonance imaging to spin-flip quantum information devices. This deterministic approach can be extended to graphene, carbon nanotips, nanodiamond and other nanocarbon materials for a variety of applications" @default.
- W2129204097 created "2016-06-24" @default.
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- W2129204097 date "2011-01-01" @default.
- W2129204097 modified "2023-10-16" @default.
- W2129204097 title "Made-to-order nanocarbons through deterministic plasma nanotechnology" @default.
- W2129204097 cites W1513544041 @default.
- W2129204097 cites W1518884678 @default.
- W2129204097 cites W1796241072 @default.
- W2129204097 cites W1963546089 @default.
- W2129204097 cites W1963878228 @default.
- W2129204097 cites W1966162906 @default.
- W2129204097 cites W1966557529 @default.
- W2129204097 cites W1969473382 @default.
- W2129204097 cites W1969638641 @default.
- W2129204097 cites W1971137922 @default.
- W2129204097 cites W1972724107 @default.
- W2129204097 cites W1974405759 @default.
- W2129204097 cites W1979491609 @default.
- W2129204097 cites W1981244899 @default.
- W2129204097 cites W1988756867 @default.
- W2129204097 cites W1988992848 @default.
- W2129204097 cites W1996466565 @default.
- W2129204097 cites W1997347808 @default.
- W2129204097 cites W1998057361 @default.
- W2129204097 cites W1998252508 @default.
- W2129204097 cites W1999976561 @default.
- W2129204097 cites W2003621539 @default.
- W2129204097 cites W2007254623 @default.
- W2129204097 cites W2009775867 @default.
- W2129204097 cites W2016389642 @default.
- W2129204097 cites W2018912339 @default.
- W2129204097 cites W2023263715 @default.
- W2129204097 cites W2024878285 @default.
- W2129204097 cites W2025373713 @default.
- W2129204097 cites W2026865395 @default.
- W2129204097 cites W2030073311 @default.
- W2129204097 cites W2030928355 @default.
- W2129204097 cites W2033116567 @default.
- W2129204097 cites W2035164511 @default.
- W2129204097 cites W2036330669 @default.
- W2129204097 cites W2040411042 @default.
- W2129204097 cites W2042937424 @default.
- W2129204097 cites W2044151949 @default.
- W2129204097 cites W2047063852 @default.
- W2129204097 cites W2053039623 @default.
- W2129204097 cites W2053475433 @default.
- W2129204097 cites W2056280638 @default.
- W2129204097 cites W2057016634 @default.
- W2129204097 cites W2057183153 @default.
- W2129204097 cites W2057950083 @default.
- W2129204097 cites W2061896942 @default.
- W2129204097 cites W2062276774 @default.
- W2129204097 cites W2062667755 @default.
- W2129204097 cites W2064512533 @default.
- W2129204097 cites W2067213102 @default.
- W2129204097 cites W2067281221 @default.
- W2129204097 cites W2067983778 @default.
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- W2129204097 cites W2072031061 @default.
- W2129204097 cites W2072661877 @default.
- W2129204097 cites W2072864468 @default.
- W2129204097 cites W2074119973 @default.
- W2129204097 cites W2074483612 @default.
- W2129204097 cites W2079789003 @default.
- W2129204097 cites W2080066879 @default.
- W2129204097 cites W2083122803 @default.
- W2129204097 cites W2083905016 @default.
- W2129204097 cites W2084698807 @default.
- W2129204097 cites W2089489241 @default.
- W2129204097 cites W2092417130 @default.
- W2129204097 cites W2097856932 @default.
- W2129204097 cites W2106067531 @default.
- W2129204097 cites W2123248354 @default.
- W2129204097 cites W2133061058 @default.
- W2129204097 cites W2140372631 @default.
- W2129204097 cites W2141358103 @default.
- W2129204097 cites W2146064293 @default.
- W2129204097 cites W2164375373 @default.
- W2129204097 cites W2169932536 @default.
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- W2129204097 doi "https://doi.org/10.1039/c0nr00718h" @default.
- W2129204097 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21079877" @default.
- W2129204097 hasPublicationYear "2011" @default.
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