Matches in SemOpenAlex for { <https://semopenalex.org/work/W1978093886> ?p ?o ?g. }
- W1978093886 endingPage "159" @default.
- W1978093886 startingPage "140" @default.
- W1978093886 abstract "Basic scientific interest in using a semiconducting electrode in molecule-based electronics arises from the rich electrostatic landscape presented by semiconductor interfaces. Technological interest rests on the promise that combining existing semiconductor (primarily Si) electronics with (mostly organic) molecules will result in a whole that is larger than the sum of its parts. Such a hybrid approach appears presently particularly relevant for sensors and photovoltaics. Semiconductors, especially Si, present an important experimental test-bed for assessing electronic transport behavior of molecules, because they allow varying the critical interface energetics without, to a first approximation, altering the interfacial chemistry. To investigate semiconductor-molecule electronics we need reproducible, high-yield preparations of samples that allow reliable and reproducible data collection. Only in that way can we explore how the molecule/electrode interfaces affect or even dictate charge transport, which may then provide a basis for models with predictive power. To consider these issues and questions we will, in this Progress Report, review junctions based on direct bonding of molecules to oxide-free Si. describe the possible charge transport mechanisms across such interfaces and evaluate in how far they can be quantified. investigate to what extent imperfections in the monolayer are important for transport across the monolayer. revisit the concept of energy levels in such hybrid systems." @default.
- W1978093886 created "2016-06-24" @default.
- W1978093886 creator A5009430471 @default.
- W1978093886 creator A5020377856 @default.
- W1978093886 creator A5038616665 @default.
- W1978093886 creator A5040217526 @default.
- W1978093886 creator A5088043570 @default.
- W1978093886 creator A5078551361 @default.
- W1978093886 date "2010-01-12" @default.
- W1978093886 modified "2023-10-18" @default.
- W1978093886 title "Molecules on Si: Electronics with Chemistry" @default.
- W1978093886 cites W1495897173 @default.
- W1978093886 cites W1567674067 @default.
- W1978093886 cites W1955264922 @default.
- W1978093886 cites W1965399183 @default.
- W1978093886 cites W1965465864 @default.
- W1978093886 cites W1966482400 @default.
- W1978093886 cites W1967152347 @default.
- W1978093886 cites W1967965132 @default.
- W1978093886 cites W1968221386 @default.
- W1978093886 cites W1968608262 @default.
- W1978093886 cites W1969327788 @default.
- W1978093886 cites W1969805997 @default.
- W1978093886 cites W1969849763 @default.
- W1978093886 cites W1969896003 @default.
- W1978093886 cites W1970462149 @default.
- W1978093886 cites W1970924856 @default.
- W1978093886 cites W1972044405 @default.
- W1978093886 cites W1973808345 @default.
- W1978093886 cites W1974013662 @default.
- W1978093886 cites W1974133057 @default.
- W1978093886 cites W1974350059 @default.
- W1978093886 cites W1974685551 @default.
- W1978093886 cites W1976344782 @default.
- W1978093886 cites W1977967631 @default.
- W1978093886 cites W1981030002 @default.
- W1978093886 cites W1982028521 @default.
- W1978093886 cites W1982408435 @default.
- W1978093886 cites W1983487867 @default.
- W1978093886 cites W1983844226 @default.
- W1978093886 cites W1985325471 @default.
- W1978093886 cites W1986249196 @default.
- W1978093886 cites W1986392300 @default.
- W1978093886 cites W1988044740 @default.
- W1978093886 cites W1988298342 @default.
- W1978093886 cites W1988563331 @default.
- W1978093886 cites W1989786765 @default.
- W1978093886 cites W1990340143 @default.
- W1978093886 cites W1991615398 @default.
- W1978093886 cites W1994642058 @default.
- W1978093886 cites W1996025514 @default.
- W1978093886 cites W1996746110 @default.
- W1978093886 cites W1997298258 @default.
- W1978093886 cites W1998281156 @default.
- W1978093886 cites W1998811457 @default.
- W1978093886 cites W1998991681 @default.
- W1978093886 cites W2000410063 @default.
- W1978093886 cites W2000647190 @default.
- W1978093886 cites W2004728577 @default.
- W1978093886 cites W2005543656 @default.
- W1978093886 cites W2007171860 @default.
- W1978093886 cites W2007332575 @default.
- W1978093886 cites W2007433570 @default.
- W1978093886 cites W2008721114 @default.
- W1978093886 cites W2008834464 @default.
- W1978093886 cites W2008981106 @default.
- W1978093886 cites W2009057245 @default.
- W1978093886 cites W2009196444 @default.
- W1978093886 cites W2009356766 @default.
- W1978093886 cites W2009625562 @default.
- W1978093886 cites W2010240434 @default.
- W1978093886 cites W2010535666 @default.
- W1978093886 cites W2011488302 @default.
- W1978093886 cites W2013169001 @default.
- W1978093886 cites W2013456276 @default.
- W1978093886 cites W2013909954 @default.
- W1978093886 cites W2014310191 @default.
- W1978093886 cites W2015706529 @default.
- W1978093886 cites W2016237410 @default.
- W1978093886 cites W2016430002 @default.
- W1978093886 cites W2018777370 @default.
- W1978093886 cites W2019464734 @default.
- W1978093886 cites W2019586282 @default.
- W1978093886 cites W2019601467 @default.
- W1978093886 cites W2021288501 @default.
- W1978093886 cites W2022265330 @default.
- W1978093886 cites W2023052057 @default.
- W1978093886 cites W2023082827 @default.
- W1978093886 cites W2023288899 @default.
- W1978093886 cites W2023349412 @default.
- W1978093886 cites W2024296055 @default.
- W1978093886 cites W2024712098 @default.
- W1978093886 cites W2026588346 @default.
- W1978093886 cites W2027912768 @default.
- W1978093886 cites W2028047218 @default.
- W1978093886 cites W2028475561 @default.
- W1978093886 cites W2028487251 @default.
- W1978093886 cites W2028863001 @default.