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- W2741882938 abstract "The solution synthesis of ternary metal oxides is difficult due to the competing hydrolysis of metal ions. There are reports of hydro-/solvothermal growth of nanoparticles, but one-dimensional (1D) nanoarrays are less common. Here, we report an alternative and general strategy to circumvent this challenge by converting the 1D binary metal oxide/hydroxide nanostructures initially grown driven by screw dislocations into ternary oxides. Using the α-GaOOH/α-Ga2O3/ZnGa2O4 wide bandgap transparent conductor materials as a demonstration, we synthesize vertical arrays of high aspect ratio α-GaOOH nanorods (NRs) on conducting substrates with controllable length for the first time using a continuous flow reactor and confirm their growth mechanism to be dislocation-driven. Then the α-GaOOH NR arrays can be converted into porous α-Ga2O3 NR arrays, which can be further converted via a solution method into porous ZnGa2O4 nanotube (NT) arrays due to the Kirkendall effect. This work presents a new and general strategy to..." @default.
- W2741882938 created "2017-08-08" @default.
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- W2741882938 date "2017-08-15" @default.
- W2741882938 modified "2023-09-26" @default.
- W2741882938 title "Solution Growth of Screw Dislocation Driven α-GaOOH Nanorod Arrays and Their Conversion to Porous ZnGa<sub>2</sub>O<sub>4</sub> Nanotubes" @default.
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- W2741882938 cites W1995836614 @default.
- W2741882938 cites W1997037656 @default.
- W2741882938 cites W2001813065 @default.
- W2741882938 cites W2001850180 @default.
- W2741882938 cites W2004722963 @default.
- W2741882938 cites W2004834671 @default.
- W2741882938 cites W2007630574 @default.
- W2741882938 cites W2009586828 @default.
- W2741882938 cites W2012911850 @default.
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- W2741882938 cites W2018619301 @default.
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- W2741882938 cites W2062427105 @default.
- W2741882938 cites W2073018641 @default.
- W2741882938 cites W2077266128 @default.
- W2741882938 cites W2079814243 @default.
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- W2741882938 cites W2259626724 @default.
- W2741882938 cites W2316286864 @default.
- W2741882938 cites W2318412843 @default.
- W2741882938 cites W2318422875 @default.
- W2741882938 cites W2319582506 @default.
- W2741882938 cites W2321047747 @default.
- W2741882938 cites W2326492613 @default.
- W2741882938 cites W2330069672 @default.
- W2741882938 cites W2332023720 @default.
- W2741882938 cites W2333071784 @default.
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- W2741882938 doi "https://doi.org/10.1021/acs.chemmater.7b01930" @default.
- W2741882938 hasPublicationYear "2017" @default.
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