Matches in SemOpenAlex for { <https://semopenalex.org/work/W2316186723> ?p ?o ?g. }
- W2316186723 endingPage "11675" @default.
- W2316186723 startingPage "11662" @default.
- W2316186723 abstract "There is no doubt that the outstanding optical and electronic properties that low-dimensional carbon-based nanomaterials exhibit call for their implementation into optoelectronic devices. However, to harvest the enormous potential of these nanocarbons it is essential to probe them in multifunctional electron donor–acceptor systems, placing particular attention on the interactions between electron donors/electron acceptors and nanocarbons. This feature article outlines challenges and recent breakthroughs in the area of interfacing organic and inorganic semiconductors with low-dimensional nanocarbons that range from fullerenes (0D) and carbon nanotubes (1D) to graphene (2D). In the context of organic semiconductors, we focus on aromatic macrocycles and extended tetrathiafulvalenes, and CdTe nanocrystals/quantum dots represent the inorganic semiconductors. Particular emphasis is placed on designing and probing solar energy conversion nanohybrids." @default.
- W2316186723 created "2016-06-24" @default.
- W2316186723 creator A5031925331 @default.
- W2316186723 creator A5032575922 @default.
- W2316186723 creator A5040300185 @default.
- W2316186723 creator A5065713148 @default.
- W2316186723 creator A5088975137 @default.
- W2316186723 date "2012-06-22" @default.
- W2316186723 modified "2023-10-17" @default.
- W2316186723 title "Interfacing Nanocarbons with Organic and Inorganic Semiconductors: From Nanocrystals/Quantum Dots to Extended Tetrathiafulvalenes" @default.
- W2316186723 cites W1541403498 @default.
- W2316186723 cites W1646452739 @default.
- W2316186723 cites W1966750898 @default.
- W2316186723 cites W1967032663 @default.
- W2316186723 cites W1973978474 @default.
- W2316186723 cites W1977704046 @default.
- W2316186723 cites W1978829805 @default.
- W2316186723 cites W1979522371 @default.
- W2316186723 cites W1986169811 @default.
- W2316186723 cites W1987832247 @default.
- W2316186723 cites W1989174153 @default.
- W2316186723 cites W1990787291 @default.
- W2316186723 cites W1991213019 @default.
- W2316186723 cites W1994763658 @default.
- W2316186723 cites W2002234799 @default.
- W2316186723 cites W2002645636 @default.
- W2316186723 cites W2002742052 @default.
- W2316186723 cites W2007737299 @default.
- W2316186723 cites W2010047724 @default.
- W2316186723 cites W2011763222 @default.
- W2316186723 cites W2014372994 @default.
- W2316186723 cites W2014935324 @default.
- W2316186723 cites W2020352574 @default.
- W2316186723 cites W2026533180 @default.
- W2316186723 cites W2027273549 @default.
- W2316186723 cites W2029798752 @default.
- W2316186723 cites W2032751130 @default.
- W2316186723 cites W2033090262 @default.
- W2316186723 cites W2034910201 @default.
- W2316186723 cites W2035007747 @default.
- W2316186723 cites W2036123747 @default.
- W2316186723 cites W2040746005 @default.
- W2316186723 cites W2040864591 @default.
- W2316186723 cites W2043480167 @default.
- W2316186723 cites W2043836941 @default.
- W2316186723 cites W2044422166 @default.
- W2316186723 cites W2047851109 @default.
- W2316186723 cites W2047985953 @default.
- W2316186723 cites W2056815766 @default.
- W2316186723 cites W2057330747 @default.
- W2316186723 cites W2058122340 @default.
- W2316186723 cites W2062556705 @default.
- W2316186723 cites W2062654365 @default.
- W2316186723 cites W2065538727 @default.
- W2316186723 cites W2075843981 @default.
- W2316186723 cites W2076149636 @default.
- W2316186723 cites W2078792724 @default.
- W2316186723 cites W2084530647 @default.
- W2316186723 cites W2086200446 @default.
- W2316186723 cites W2090424147 @default.
- W2316186723 cites W2091704731 @default.
- W2316186723 cites W2097773259 @default.
- W2316186723 cites W2099779584 @default.
- W2316186723 cites W2101849328 @default.
- W2316186723 cites W2102415385 @default.
- W2316186723 cites W2110835769 @default.
- W2316186723 cites W2115297231 @default.
- W2316186723 cites W2116732852 @default.
- W2316186723 cites W2121023828 @default.
- W2316186723 cites W2123904696 @default.
- W2316186723 cites W2125612486 @default.
- W2316186723 cites W2127718778 @default.
- W2316186723 cites W2131656803 @default.
- W2316186723 cites W2133501454 @default.
- W2316186723 cites W2134699481 @default.
- W2316186723 cites W2135469785 @default.
- W2316186723 cites W2135479172 @default.
- W2316186723 cites W2136595562 @default.
- W2316186723 cites W2143083489 @default.
- W2316186723 cites W2147354060 @default.
- W2316186723 cites W2147842008 @default.
- W2316186723 cites W2148144129 @default.
- W2316186723 cites W2153959467 @default.
- W2316186723 cites W2157647901 @default.
- W2316186723 cites W2164447696 @default.
- W2316186723 cites W2170549062 @default.
- W2316186723 cites W2325036025 @default.
- W2316186723 cites W2332178788 @default.
- W2316186723 cites W2332937764 @default.
- W2316186723 cites W3100113954 @default.
- W2316186723 cites W4233194460 @default.
- W2316186723 cites W4248607167 @default.
- W2316186723 cites W4371622275 @default.
- W2316186723 doi "https://doi.org/10.1021/la301152s" @default.
- W2316186723 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22671292" @default.
- W2316186723 hasPublicationYear "2012" @default.
- W2316186723 type Work @default.
- W2316186723 sameAs 2316186723 @default.