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• W2077782016 abstract "Single crystalline wurtzite ternary and quaternary semiconductor nanoribbons (CuInS2, CuInxGa1−xS2) were synthesized through a solution-based method. The structure and composition of the nanoribbons were characterized by X-ray diffraction (XRD), high resolution transmission electron microscopy (HRTEM), the corresponding fast Fourier transform (FFT) and nanoscale-resolved elemental mapping. Detailed investigation of the growth mechanism by monitoring the structures and morphologies of the nanoribbons during the growth indicates that Cu1.75S nanocrystals are formed first and act as a catalyst for the further growth of the nanoribbons. The high mobility of Cu+ promotes the generation of Cu+ vacancies in Cu1.75S, which will facilitate the diffusion of Cu, In or Ga species from solution into Cu1.75S to reach supersaturated states. The supersaturated species in the Cu1.75S catalyst, Cu–In–S and Cu–In–Ga–S species, start to condense and crystallize to form wurtzite CuInS2 or CuInxGa1−xS2 phases, firstly resulting in two-sided nanoparticles. Successive crystallizations gradually impel the Cu1.75S catalyst head forward and prolong the length of the CuInS2 or CuInxGa1−xS2 body, forming heterostructured nanorods and thus nanoribbons. The optical band gaps of CuInxGa1−xS2 nanoribbons can be continuously adjusted between 1.44 eV and 1.91 eV, depending on the Ga concentration in nanoribbons. The successful preparation of those ternary and quaternary semiconductor nanoribbons provide us an opportunity to study their photovoltaic properties. The primary photoresponsive current measurements demonstrate that wurtzite CuInxGa1−xS2 nanoribbons are excellent photoactive materials. Furthermore, this facile method could open a new way to synthesize other various nano-structured ternary and quaternary semiconductors, such as CuInSe2 and CuInxGa1−xSe2, for applications in solar cells and other fields." @default.
• W2077782016 created "2016-06-24" @default.
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• W2077782016 date "2013-01-01" @default.
• W2077782016 modified "2023-09-23" @default.
• W2077782016 title "Wurtzite CuInS2 and CuInxGa1−xS2 nanoribbons: synthesis, optical and photoelectrical properties" @default.
• W2077782016 cites W1497033841 @default.
• W2077782016 cites W1562072937 @default.
• W2077782016 cites W1672623619 @default.
• W2077782016 cites W1964195827 @default.
• W2077782016 cites W1964398725 @default.
• W2077782016 cites W1965159960 @default.
• W2077782016 cites W1967598150 @default.
• W2077782016 cites W1972531827 @default.
• W2077782016 cites W1978433953 @default.
• W2077782016 cites W1979905688 @default.
• W2077782016 cites W1995792856 @default.
• W2077782016 cites W1996468082 @default.
• W2077782016 cites W1999102688 @default.
• W2077782016 cites W2005235826 @default.
• W2077782016 cites W2006256177 @default.
• W2077782016 cites W2006650212 @default.
• W2077782016 cites W2007456527 @default.
• W2077782016 cites W2007625548 @default.
• W2077782016 cites W2012911850 @default.
• W2077782016 cites W2016316384 @default.
• W2077782016 cites W2017964955 @default.
• W2077782016 cites W2019360522 @default.
• W2077782016 cites W2020644239 @default.
• W2077782016 cites W2022892458 @default.
• W2077782016 cites W2023356290 @default.
• W2077782016 cites W2023579904 @default.
• W2077782016 cites W2026422768 @default.
• W2077782016 cites W2027004082 @default.
• W2077782016 cites W2027674973 @default.
• W2077782016 cites W2030331554 @default.
• W2077782016 cites W2045109416 @default.
• W2077782016 cites W2048599717 @default.
• W2077782016 cites W2050235871 @default.
• W2077782016 cites W2060697840 @default.
• W2077782016 cites W2066428237 @default.
• W2077782016 cites W2067040361 @default.
• W2077782016 cites W2067384361 @default.
• W2077782016 cites W2073291766 @default.
• W2077782016 cites W2080762148 @default.
• W2077782016 cites W2081077253 @default.
• W2077782016 cites W2082087822 @default.
• W2077782016 cites W2085024601 @default.
• W2077782016 cites W2085971260 @default.
• W2077782016 cites W2086634640 @default.
• W2077782016 cites W2089107010 @default.
• W2077782016 cites W2092617845 @default.
• W2077782016 cites W2093121820 @default.
• W2077782016 cites W2094919627 @default.
• W2077782016 cites W2097052034 @default.
• W2077782016 cites W2100279204 @default.
• W2077782016 cites W2105938349 @default.
• W2077782016 cites W2121296270 @default.
• W2077782016 cites W2128633421 @default.
• W2077782016 cites W2129279308 @default.
• W2077782016 cites W2140773598 @default.
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• W2077782016 cites W2150448806 @default.
• W2077782016 cites W2157611952 @default.
• W2077782016 cites W2158815352 @default.
• W2077782016 cites W2165383211 @default.
• W2077782016 cites W2169754680 @default.
• W2077782016 cites W2172210719 @default.
• W2077782016 cites W2313081489 @default.
• W2077782016 cites W2313862617 @default.
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• W2077782016 doi "https://doi.org/10.1039/c2nr33173j" @default.
• W2077782016 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23334175" @default.
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