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- W2397795118 abstract "Vertically aligned hexagonal InN nanorods were grown mask-free by conventional metal–organic vapor phase epitaxy without any foreign catalyst. The In droplets on top of the nanorods indicate a self-catalytic vapor–liquid–solid growth mode. A systematic study on important growth parameters has been carried out for the optimization of nanorod morphology. The nanorod N-polarity, induced by high temperature nitridation of the sapphire substrate, is necessary to achieve vertical growth. Hydrogen, usually inapplicable during InN growth due to formation of metallic indium, and silane are needed to enhance the aspect ratio and to reduce parasitic deposition beside the nanorods on the sapphire surface. The results reveal many similarities between InN and GaN nanorod growth showing that the process despite the large difference in growth temperature is similar. Transmission electron microscopy, spatially resolved energy-dispersive X-ray spectroscopy, X-ray diffraction, X-ray photoelectron spectroscopy, and Raman spectroscopy have been performed to analyze the structural properties. Spatially resolved cathodoluminescence investigations are carried out to verify the optical activity of the InN nanorods. The InN nanorods are expected to be the material of choice for high-efficiency hot carrier solar cells." @default.
- W2397795118 created "2016-06-24" @default.
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- W2397795118 date "2016-05-17" @default.
- W2397795118 modified "2023-10-05" @default.
- W2397795118 title "Self-Catalyzed Growth of Vertically Aligned InN Nanorods by Metal–Organic Vapor Phase Epitaxy" @default.
- W2397795118 cites W1114001491 @default.
- W2397795118 cites W1816645503 @default.
- W2397795118 cites W1967805631 @default.
- W2397795118 cites W1968195280 @default.
- W2397795118 cites W1968740513 @default.
- W2397795118 cites W1972233986 @default.
- W2397795118 cites W1972777066 @default.
- W2397795118 cites W1974638646 @default.
- W2397795118 cites W1976182604 @default.
- W2397795118 cites W1978879199 @default.
- W2397795118 cites W1981203416 @default.
- W2397795118 cites W1982869840 @default.
- W2397795118 cites W1983815769 @default.
- W2397795118 cites W1985574490 @default.
- W2397795118 cites W1986034284 @default.
- W2397795118 cites W1988213965 @default.
- W2397795118 cites W1988357200 @default.
- W2397795118 cites W1988836691 @default.
- W2397795118 cites W1998286711 @default.
- W2397795118 cites W2002556649 @default.
- W2397795118 cites W2003572687 @default.
- W2397795118 cites W2012560180 @default.
- W2397795118 cites W2013405407 @default.
- W2397795118 cites W2019573455 @default.
- W2397795118 cites W2019879033 @default.
- W2397795118 cites W2020622300 @default.
- W2397795118 cites W2024431441 @default.
- W2397795118 cites W2024463017 @default.
- W2397795118 cites W2027134556 @default.
- W2397795118 cites W2028896994 @default.
- W2397795118 cites W2029081895 @default.
- W2397795118 cites W2029790338 @default.
- W2397795118 cites W2037054209 @default.
- W2397795118 cites W2037934718 @default.
- W2397795118 cites W2038382629 @default.
- W2397795118 cites W2038406409 @default.
- W2397795118 cites W2040519704 @default.
- W2397795118 cites W2042722159 @default.
- W2397795118 cites W2043006754 @default.
- W2397795118 cites W2048088165 @default.
- W2397795118 cites W2050566972 @default.
- W2397795118 cites W2050598322 @default.
- W2397795118 cites W2051061031 @default.
- W2397795118 cites W2055267372 @default.
- W2397795118 cites W2058448106 @default.
- W2397795118 cites W2067754972 @default.
- W2397795118 cites W2073821903 @default.
- W2397795118 cites W2077266128 @default.
- W2397795118 cites W2081343837 @default.
- W2397795118 cites W2082704055 @default.
- W2397795118 cites W2086920916 @default.
- W2397795118 cites W2091146577 @default.
- W2397795118 cites W2093175427 @default.
- W2397795118 cites W2103939487 @default.
- W2397795118 cites W2107814784 @default.
- W2397795118 cites W2113163228 @default.
- W2397795118 cites W2126203872 @default.
- W2397795118 cites W2134155415 @default.
- W2397795118 cites W2134246658 @default.
- W2397795118 cites W2137907581 @default.
- W2397795118 cites W2145585445 @default.
- W2397795118 cites W2145763628 @default.
- W2397795118 cites W2150237098 @default.
- W2397795118 cites W2156087475 @default.
- W2397795118 cites W2186470495 @default.
- W2397795118 cites W2255129912 @default.
- W2397795118 cites W2267978868 @default.
- W2397795118 cites W2319288320 @default.
- W2397795118 cites W2321088954 @default.
- W2397795118 cites W2321753895 @default.
- W2397795118 cites W2325275257 @default.
- W2397795118 cites W2331020164 @default.
- W2397795118 cites W4249401342 @default.
- W2397795118 doi "https://doi.org/10.1021/acs.nanolett.5b03889" @default.
- W2397795118 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27187840" @default.