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• W1966481395 endingPage "435702" @default.
• W1966481395 startingPage "435702" @default.
• W1966481395 abstract "The structural properties and the strain state of InGaN/GaN superlattices embedded in GaN nanowires were analyzed as a function of superlattice growth temperature, using complementary transmission electron microscopy techniques supplemented by optical analysis using photoluminescence and spatially resolved microphotoluminescence spectroscopy. A truncated pyramidal shape was observed for the 4 nm thick InGaN inclusions, where their (0001¯) central facet was delimited by six-fold {101¯l} facets towards the m-plane sidewalls of the nanowires. The defect content of the nanowires comprised multiple basal stacking faults localized at the GaN base/superlattice interface, causing the formation of zinc-blende cubic regions, and often single stacking faults at the GaN/InGaN bilayer interfaces. No misfit dislocations or cracks were detected in the heterostructure, implying a fully strained configuration. Geometrical phase analysis showed a rather uniform radial distribution of elastic strain in the (0001¯) facet of the InGaN inclusions. Depending on the superlattice growth temperature, the elastic strain energy is partitioned among the successive InGaN/GaN layers in the case of low-temperature growth, while at higher superlattice growth temperature the in-plane tensile misfit strain of the GaN barriers is accommodated through restrained diffusion of indium from the preceding InGaN layers. The corresponding In contents of the central facet were estimated at 0.42 and 0.25, respectively. However, in the latter case, successful reproduction of the experimental electron microscopy images by image simulations was only feasible, allowing for a much higher occupancy of indium adatoms at lattice sites of the semipolar facets, compared to the invariable 25% assigned to the polar facet. Thus, a high complexity in indium incorporation and strain allocation between the different crystallographic facets of the InGaN inclusions is anticipated and supported by the results of photoluminescence and spatially resolved microphotoluminescence spectroscopy." @default.
• W1966481395 created "2016-06-24" @default.
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• W1966481395 date "2013-09-27" @default.
• W1966481395 modified "2023-10-05" @default.
• W1966481395 title "Nanostructure and strain in InGaN/GaN superlattices grown in GaN nanowires" @default.
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• W1966481395 cites W1978961300 @default.
• W1966481395 cites W1979380816 @default.
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• W1966481395 cites W1995233542 @default.
• W1966481395 cites W1998512586 @default.
• W1966481395 cites W1999818284 @default.
• W1966481395 cites W2003193459 @default.
• W1966481395 cites W2004280018 @default.
• W1966481395 cites W2010929096 @default.
• W1966481395 cites W2013767530 @default.
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• W1966481395 cites W2024452107 @default.
• W1966481395 cites W2038231953 @default.
• W1966481395 cites W2040191837 @default.
• W1966481395 cites W2041558609 @default.
• W1966481395 cites W2041776936 @default.
• W1966481395 cites W2041928478 @default.
• W1966481395 cites W2048340351 @default.
• W1966481395 cites W2049968795 @default.
• W1966481395 cites W2054227182 @default.
• W1966481395 cites W2059601899 @default.
• W1966481395 cites W2060252319 @default.
• W1966481395 cites W2062149643 @default.
• W1966481395 cites W2067063403 @default.
• W1966481395 cites W2068136083 @default.
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• W1966481395 cites W2073071502 @default.
• W1966481395 cites W2076799323 @default.
• W1966481395 cites W2077086229 @default.
• W1966481395 cites W2079000183 @default.
• W1966481395 cites W2084288037 @default.
• W1966481395 cites W2086009559 @default.
• W1966481395 cites W2087910489 @default.
• W1966481395 cites W2087959523 @default.
• W1966481395 cites W2093421311 @default.
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• W1966481395 doi "https://doi.org/10.1088/0957-4484/24/43/435702" @default.
• W1966481395 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24076624" @default.
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