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- W2611860461 abstract "The reproducible gram-scale synthesis of crystalline nanoscale multiferroics is critical for the development of the next generation of commercially relevant electronic devices. Of the subset of multiferroic materials, yttrium manganese oxide (YMnO3) is highly attractive, because of its large magneto-electric coupling constants and the recent observation of giant polarization under pressure in these types of rare earth manganites. Utilizing a unique synthetic methodology that combines metal–oleate thermal degradation with the use of a molten salt protocol, we were able to reproducibly generate monodisperse distributions of morphologically distinctive yttrium manganese oxides. Specifically, using a molten NaCl flux, we were able to synthesize phase-pure, single-crystalline hexagonal YMnO3 nanoplates, measuring 441 ± 241 nm in diameter and 46 ± 6 nm in height. Moreover, these nanoplates gave rise to multiferroic behavior, which was confirmed by the observation of a ferroelectric phase from a combination of high-resolution TEM (HRTEM) and selected-area electron diffraction (SAED) analysis. Magnetic measurements are consistent with the onset of a spin glass state below 5 K. To highlight the generalizability of the synthetic method we have developed herein, as a demonstration of principle, we have also successfully used the same protocol to produce nanocubes of lanthanum aluminum oxide (LaAlO3)." @default.
- W2611860461 created "2017-05-12" @default.
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- W2611860461 date "2017-05-05" @default.
- W2611860461 modified "2023-09-26" @default.
- W2611860461 title "A Generalizable Multigram Synthesis and Mechanistic Investigation of YMnO<sub>3</sub> Nanoplates" @default.
- W2611860461 cites W1538227056 @default.
- W2611860461 cites W1637294228 @default.
- W2611860461 cites W1671638385 @default.
- W2611860461 cites W1680821555 @default.
- W2611860461 cites W1897343468 @default.
- W2611860461 cites W1970580345 @default.
- W2611860461 cites W1970920543 @default.
- W2611860461 cites W1972035451 @default.
- W2611860461 cites W1973024475 @default.
- W2611860461 cites W1973963333 @default.
- W2611860461 cites W1976854092 @default.
- W2611860461 cites W1977224027 @default.
- W2611860461 cites W1978939129 @default.
- W2611860461 cites W1981605638 @default.
- W2611860461 cites W1982147051 @default.
- W2611860461 cites W1987773338 @default.
- W2611860461 cites W1989162676 @default.
- W2611860461 cites W1996015116 @default.
- W2611860461 cites W2000235436 @default.
- W2611860461 cites W2003085949 @default.
- W2611860461 cites W2006277992 @default.
- W2611860461 cites W2008970158 @default.
- W2611860461 cites W2015354846 @default.
- W2611860461 cites W2017313874 @default.
- W2611860461 cites W2018466029 @default.
- W2611860461 cites W2019181572 @default.
- W2611860461 cites W2024207686 @default.
- W2611860461 cites W2024804031 @default.
- W2611860461 cites W2026263791 @default.
- W2611860461 cites W2027535311 @default.
- W2611860461 cites W2028592514 @default.
- W2611860461 cites W2029122131 @default.
- W2611860461 cites W2030846040 @default.
- W2611860461 cites W2036525980 @default.
- W2611860461 cites W2040322699 @default.
- W2611860461 cites W2044096292 @default.
- W2611860461 cites W2044148542 @default.
- W2611860461 cites W2044377089 @default.
- W2611860461 cites W2045588356 @default.
- W2611860461 cites W2046592414 @default.
- W2611860461 cites W2048773071 @default.
- W2611860461 cites W2052082686 @default.
- W2611860461 cites W2052594593 @default.
- W2611860461 cites W2054501242 @default.
- W2611860461 cites W2055888921 @default.
- W2611860461 cites W2061729238 @default.
- W2611860461 cites W2069177212 @default.
- W2611860461 cites W2073277055 @default.
- W2611860461 cites W2080295562 @default.
- W2611860461 cites W2081701479 @default.
- W2611860461 cites W2084231689 @default.
- W2611860461 cites W2089240244 @default.
- W2611860461 cites W2089983838 @default.
- W2611860461 cites W2090909082 @default.
- W2611860461 cites W2092052660 @default.
- W2611860461 cites W2101606767 @default.
- W2611860461 cites W2106364095 @default.
- W2611860461 cites W2107308749 @default.
- W2611860461 cites W2107608622 @default.
- W2611860461 cites W2110864981 @default.
- W2611860461 cites W2118969052 @default.
- W2611860461 cites W2124816439 @default.
- W2611860461 cites W2128625548 @default.
- W2611860461 cites W2135557810 @default.
- W2611860461 cites W2143574528 @default.
- W2611860461 cites W2146084604 @default.
- W2611860461 cites W2166085687 @default.
- W2611860461 cites W2267785865 @default.
- W2611860461 cites W2286184881 @default.
- W2611860461 cites W2312490962 @default.
- W2611860461 cites W2316141398 @default.
- W2611860461 cites W2326515344 @default.
- W2611860461 cites W2330861997 @default.
- W2611860461 cites W2333197797 @default.
- W2611860461 cites W2412227939 @default.
- W2611860461 cites W3103158211 @default.
- W2611860461 doi "https://doi.org/10.1021/acs.iecr.7b00113" @default.
- W2611860461 hasPublicationYear "2017" @default.
- W2611860461 type Work @default.