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- W2019932497 abstract "Optical properties of as-deposited and annealed thin films composed of three-dimensional arrays of sphalerite-type ZnSe and CdSe quantum dots (QDs), synthesized by chemical deposition, were investigated. Neglecting the S–D mixing of hole states, the lowest “band to band” transitions in very small nanoclusters and in bulk-like clusters may be assigned as 1S→1S and 1SΔ→1S, and are split by spin–orbit (SO) splitting energy of the bulk material—Δ. The splitting energy between these transitions was found to be insensitive to QD size variations, which could be explained assuming that 1S hole states arising from valence band Γ7 and Γ8 components do not mix with higher angular momentum states and shift together to higher energies coupled via the isotropic hole mass. This implies significant difference between the SO splitting energies in the two semiconductors. Accounting for S–D mixing of hole states, the observed transitions may be attributed to the fundamental ground state—(1S3/2, 1Se) and the ground state—(1S1/2, 1Se) ones. The observed “splittings” thus do not correspond exactly to SO splitting energy in both semiconductors, but are complex functions of it, as exact position of each hole energy level depends, besides on Δ, also on other material-characteristic parameters." @default.
- W2019932497 created "2016-06-24" @default.
- W2019932497 creator A5016592224 @default.
- W2019932497 date "2008-08-01" @default.
- W2019932497 modified "2023-09-26" @default.
- W2019932497 title "The higher excited electronic states and spin–orbit splitting of the valence band in three-dimensional assemblies of close-packed ZnSe and CdSe quantum dots in thin film form" @default.
- W2019932497 cites W1641884523 @default.
- W2019932497 cites W1967638053 @default.
- W2019932497 cites W1969200114 @default.
- W2019932497 cites W1972862701 @default.
- W2019932497 cites W1978421832 @default.
- W2019932497 cites W1981082298 @default.
- W2019932497 cites W1982599336 @default.
- W2019932497 cites W1983660723 @default.
- W2019932497 cites W1984839087 @default.
- W2019932497 cites W1985800145 @default.
- W2019932497 cites W1987750657 @default.
- W2019932497 cites W1990419503 @default.
- W2019932497 cites W1991116126 @default.
- W2019932497 cites W1991252046 @default.
- W2019932497 cites W1996533547 @default.
- W2019932497 cites W1996831294 @default.
- W2019932497 cites W1997774724 @default.
- W2019932497 cites W2003149812 @default.
- W2019932497 cites W2005812226 @default.
- W2019932497 cites W2008522280 @default.
- W2019932497 cites W2011993458 @default.
- W2019932497 cites W2014085278 @default.
- W2019932497 cites W2019141298 @default.
- W2019932497 cites W2021724908 @default.
- W2019932497 cites W2021749040 @default.
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- W2019932497 cites W2023188395 @default.
- W2019932497 cites W2023212843 @default.
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- W2019932497 cites W2027000329 @default.
- W2019932497 cites W2028241838 @default.
- W2019932497 cites W2028966478 @default.
- W2019932497 cites W2030046422 @default.
- W2019932497 cites W2031424612 @default.
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- W2019932497 cites W2032843489 @default.
- W2019932497 cites W2037186676 @default.
- W2019932497 cites W2037366627 @default.
- W2019932497 cites W2037846805 @default.
- W2019932497 cites W2037889463 @default.
- W2019932497 cites W2043388894 @default.
- W2019932497 cites W2047028655 @default.
- W2019932497 cites W2052491407 @default.
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- W2019932497 cites W2053146969 @default.
- W2019932497 cites W2054356764 @default.
- W2019932497 cites W2054524395 @default.
- W2019932497 cites W2057783714 @default.
- W2019932497 cites W2059655407 @default.
- W2019932497 cites W2062164955 @default.
- W2019932497 cites W2066250999 @default.
- W2019932497 cites W2074823474 @default.
- W2019932497 cites W2075539838 @default.
- W2019932497 cites W2076857869 @default.
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- W2019932497 cites W2093436244 @default.
- W2019932497 cites W2094071061 @default.
- W2019932497 cites W2108201142 @default.
- W2019932497 cites W2133431318 @default.
- W2019932497 cites W2143963780 @default.
- W2019932497 cites W2158446796 @default.
- W2019932497 cites W2162018258 @default.
- W2019932497 cites W2168172744 @default.
- W2019932497 cites W2172683812 @default.
- W2019932497 cites W2951200109 @default.
- W2019932497 cites W2952097873 @default.
- W2019932497 cites W3098393631 @default.
- W2019932497 cites W3105184699 @default.
- W2019932497 cites W4236617370 @default.
- W2019932497 cites W4245739086 @default.
- W2019932497 doi "https://doi.org/10.1016/j.jssc.2008.03.038" @default.
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