Matches in SemOpenAlex for { <https://semopenalex.org/work/W2316666532> ?p ?o ?g. }
- W2316666532 endingPage "4804" @default.
- W2316666532 startingPage "4796" @default.
- W2316666532 abstract "Mixed nickel iron oxide nanomaterials have great potential for use in fields as wide-ranging as optics, water oxidation catalysis, and biomedical applications; large-scale deployment for any of these applications is possible due to the abundance of iron and nickel in the earth’s crust. Here, we describe single-crystal mixed nickel iron oxide nanoparticles with a rocksalt crystal structure and an iron content greater than >10 at%. The nanoparticles were synthesized via thermal decomposition of nickel and iron oleates, yielding monodisperse nanoparticles <12 nm in size. A range of compositions were accessible, ranging from iron-poor to iron-rich. Despite the predicted poor solubility of iron in the NiO lattice, as based upon the equilibrium phase diagram, and the general tendency of pure FexO to oxidize, the single-crystal nanoparticles are nonetheless kinetically persistent even at elevated temperatures (200 °C). Furthermore, by controlling the drying conditions and decomposition time of the oleate precursors as well as the initial ratio of nickel to iron in the precursor oleate mixture a variety of nanoparticle shapes–namely stars, cubes, and spheres–were formed. This control of shape and composition affords tunability of physical properties, exemplified by magnetic properties herein." @default.
- W2316666532 created "2016-06-24" @default.
- W2316666532 creator A5005666807 @default.
- W2316666532 creator A5012967837 @default.
- W2316666532 creator A5032580359 @default.
- W2316666532 creator A5037461297 @default.
- W2316666532 creator A5045295177 @default.
- W2316666532 creator A5048070823 @default.
- W2316666532 creator A5084417134 @default.
- W2316666532 date "2014-07-09" @default.
- W2316666532 modified "2023-10-17" @default.
- W2316666532 title "Nickel/Iron Oxide Nanocrystals with a Nonequilibrium Phase: Controlling Size, Shape, and Composition" @default.
- W2316666532 cites W1967964593 @default.
- W2316666532 cites W1970517555 @default.
- W2316666532 cites W1973381463 @default.
- W2316666532 cites W1975849914 @default.
- W2316666532 cites W1976204697 @default.
- W2316666532 cites W1977375866 @default.
- W2316666532 cites W1993543761 @default.
- W2316666532 cites W1997598249 @default.
- W2316666532 cites W1999912925 @default.
- W2316666532 cites W2000775042 @default.
- W2316666532 cites W2002001182 @default.
- W2316666532 cites W2003728245 @default.
- W2316666532 cites W2004235905 @default.
- W2316666532 cites W2004241667 @default.
- W2316666532 cites W2004546783 @default.
- W2316666532 cites W2008158749 @default.
- W2316666532 cites W2009655706 @default.
- W2316666532 cites W2010532727 @default.
- W2316666532 cites W2011196427 @default.
- W2316666532 cites W2011685920 @default.
- W2316666532 cites W2011729202 @default.
- W2316666532 cites W2013029929 @default.
- W2316666532 cites W2013272474 @default.
- W2316666532 cites W2017539496 @default.
- W2316666532 cites W2020459864 @default.
- W2316666532 cites W2022074554 @default.
- W2316666532 cites W2022718510 @default.
- W2316666532 cites W2029122131 @default.
- W2316666532 cites W2030340917 @default.
- W2316666532 cites W2031302556 @default.
- W2316666532 cites W2039985275 @default.
- W2316666532 cites W2046678040 @default.
- W2316666532 cites W2055862235 @default.
- W2316666532 cites W2057662683 @default.
- W2316666532 cites W2058399881 @default.
- W2316666532 cites W2062808336 @default.
- W2316666532 cites W2062899169 @default.
- W2316666532 cites W2063912729 @default.
- W2316666532 cites W2065038191 @default.
- W2316666532 cites W2070618301 @default.
- W2316666532 cites W2073732618 @default.
- W2316666532 cites W2079368154 @default.
- W2316666532 cites W2081738501 @default.
- W2316666532 cites W2084871302 @default.
- W2316666532 cites W2086808526 @default.
- W2316666532 cites W2089806472 @default.
- W2316666532 cites W2091009366 @default.
- W2316666532 cites W2093694177 @default.
- W2316666532 cites W2093943898 @default.
- W2316666532 cites W2095397755 @default.
- W2316666532 cites W2096378209 @default.
- W2316666532 cites W2096435929 @default.
- W2316666532 cites W2110848839 @default.
- W2316666532 cites W2112959450 @default.
- W2316666532 cites W2114291507 @default.
- W2316666532 cites W2114580430 @default.
- W2316666532 cites W2118969052 @default.
- W2316666532 cites W2120041501 @default.
- W2316666532 cites W2120456504 @default.
- W2316666532 cites W2125127161 @default.
- W2316666532 cites W2126346850 @default.
- W2316666532 cites W2139921601 @default.
- W2316666532 cites W2139985067 @default.
- W2316666532 cites W2143896522 @default.
- W2316666532 cites W2150498159 @default.
- W2316666532 cites W2158468644 @default.
- W2316666532 cites W2313492702 @default.
- W2316666532 cites W2316708021 @default.
- W2316666532 cites W2318543693 @default.
- W2316666532 cites W2321810865 @default.
- W2316666532 cites W2322223198 @default.
- W2316666532 cites W2326871751 @default.
- W2316666532 cites W2331966443 @default.
- W2316666532 cites W2950565502 @default.
- W2316666532 cites W4235654034 @default.
- W2316666532 cites W4247079154 @default.
- W2316666532 cites W4255412919 @default.
- W2316666532 doi "https://doi.org/10.1021/cm501881a" @default.
- W2316666532 hasPublicationYear "2014" @default.
- W2316666532 type Work @default.
- W2316666532 sameAs 2316666532 @default.
- W2316666532 citedByCount "33" @default.
- W2316666532 countsByYear W23166665322015 @default.
- W2316666532 countsByYear W23166665322016 @default.
- W2316666532 countsByYear W23166665322017 @default.
- W2316666532 countsByYear W23166665322018 @default.