Matches in SemOpenAlex for { <https://semopenalex.org/work/W2097900321> ?p ?o ?g. }
- W2097900321 endingPage "14754" @default.
- W2097900321 startingPage "14747" @default.
- W2097900321 abstract "Organophosphonic acid self-assembled monolayers (SAMs) on oxide surfaces have recently seen increased use in electrical and biological sensor applications. The reliability and reproducibility of these sensors require good molecular organization in these SAMs. In this regard, packing, order, and alignment in the SAMs is important, as it influences the electron transport measurements. In this study, we examine the order of hydroxyl- and methyl-terminated phosphonate films deposited onto silicon oxide surfaces by the tethering by aggregation and growth method using complementary, state-of-art surface characterization tools. Near-edge X-ray absorption fine structure (NEXAFS) spectroscopy and in situ sum frequency generation (SFG) spectroscopy are used to study the order of the phosphonate SAMs in vacuum and under aqueous conditions, respectively. X-ray photoelectron spectroscopy and time-of-flight secondary ion mass spectrometry results show that these samples form chemically intact monolayer phosphonate films. NEXAFS and SFG spectroscopy showed that molecular order exists in the octadecylphosphonic acid and 11-hydroxyundecylphosphonic acid SAMs. The chain tilt angles in these SAMs were approximately 37° and 45°, respectively." @default.
- W2097900321 created "2016-06-24" @default.
- W2097900321 creator A5032665317 @default.
- W2097900321 creator A5034127767 @default.
- W2097900321 creator A5053911913 @default.
- W2097900321 creator A5071824664 @default.
- W2097900321 date "2010-08-24" @default.
- W2097900321 modified "2023-10-14" @default.
- W2097900321 title "Structure and Order of Phosphonic Acid-Based Self-Assembled Monolayers on Si(100)" @default.
- W2097900321 cites W1560694348 @default.
- W2097900321 cites W1965314418 @default.
- W2097900321 cites W1970111667 @default.
- W2097900321 cites W1970618148 @default.
- W2097900321 cites W1975423947 @default.
- W2097900321 cites W1982572165 @default.
- W2097900321 cites W1982937359 @default.
- W2097900321 cites W1983615484 @default.
- W2097900321 cites W1986722142 @default.
- W2097900321 cites W1988020214 @default.
- W2097900321 cites W1988970701 @default.
- W2097900321 cites W1992742673 @default.
- W2097900321 cites W1994984182 @default.
- W2097900321 cites W1996120435 @default.
- W2097900321 cites W1996240896 @default.
- W2097900321 cites W1997162321 @default.
- W2097900321 cites W1998609376 @default.
- W2097900321 cites W1998976535 @default.
- W2097900321 cites W1999876322 @default.
- W2097900321 cites W2001105029 @default.
- W2097900321 cites W2004728577 @default.
- W2097900321 cites W2008017107 @default.
- W2097900321 cites W2013840166 @default.
- W2097900321 cites W2016538218 @default.
- W2097900321 cites W2018979652 @default.
- W2097900321 cites W2019412398 @default.
- W2097900321 cites W2020294833 @default.
- W2097900321 cites W2020978939 @default.
- W2097900321 cites W2027670638 @default.
- W2097900321 cites W2030469618 @default.
- W2097900321 cites W2031166303 @default.
- W2097900321 cites W2031183081 @default.
- W2097900321 cites W2032128691 @default.
- W2097900321 cites W2032956438 @default.
- W2097900321 cites W2034760552 @default.
- W2097900321 cites W2036463959 @default.
- W2097900321 cites W2037823036 @default.
- W2097900321 cites W2040655808 @default.
- W2097900321 cites W2040901172 @default.
- W2097900321 cites W2041767969 @default.
- W2097900321 cites W2042483310 @default.
- W2097900321 cites W2046459913 @default.
- W2097900321 cites W2047762049 @default.
- W2097900321 cites W2062565842 @default.
- W2097900321 cites W2066512277 @default.
- W2097900321 cites W2066936391 @default.
- W2097900321 cites W2068470366 @default.
- W2097900321 cites W2072463909 @default.
- W2097900321 cites W2072677085 @default.
- W2097900321 cites W2073772623 @default.
- W2097900321 cites W2075695004 @default.
- W2097900321 cites W2077062110 @default.
- W2097900321 cites W2077486274 @default.
- W2097900321 cites W2077805105 @default.
- W2097900321 cites W2087535943 @default.
- W2097900321 cites W2088405184 @default.
- W2097900321 cites W2088801749 @default.
- W2097900321 cites W2089655486 @default.
- W2097900321 cites W2092866119 @default.
- W2097900321 cites W2092967305 @default.
- W2097900321 cites W2106792236 @default.
- W2097900321 cites W2133851279 @default.
- W2097900321 cites W2137419733 @default.
- W2097900321 cites W2155165277 @default.
- W2097900321 cites W2185386454 @default.
- W2097900321 cites W4233759061 @default.
- W2097900321 cites W4241711684 @default.
- W2097900321 cites W918510825 @default.
- W2097900321 doi "https://doi.org/10.1021/la1021438" @default.
- W2097900321 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2939309" @default.
- W2097900321 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20735054" @default.
- W2097900321 hasPublicationYear "2010" @default.
- W2097900321 type Work @default.
- W2097900321 sameAs 2097900321 @default.
- W2097900321 citedByCount "94" @default.
- W2097900321 countsByYear W20979003212012 @default.
- W2097900321 countsByYear W20979003212013 @default.
- W2097900321 countsByYear W20979003212014 @default.
- W2097900321 countsByYear W20979003212015 @default.
- W2097900321 countsByYear W20979003212016 @default.
- W2097900321 countsByYear W20979003212017 @default.
- W2097900321 countsByYear W20979003212018 @default.
- W2097900321 countsByYear W20979003212019 @default.
- W2097900321 countsByYear W20979003212020 @default.
- W2097900321 countsByYear W20979003212021 @default.
- W2097900321 countsByYear W20979003212022 @default.
- W2097900321 countsByYear W20979003212023 @default.
- W2097900321 crossrefType "journal-article" @default.
- W2097900321 hasAuthorship W2097900321A5032665317 @default.