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- W4321789662 abstract "Nanorods of erbium-doped zinc oxide (ZnO:Er) were fabricated using a hydrothermal method. One batch was prepared with and another one without constant ultraviolet (UV) irradiation applied during the growth. The nanorods were free-standing (FS) as well as deposited onto a fused silica glass substrate (GS). The goal was to study the atomistic aspects influencing the charge transport of ZnO nanoparticles, especially considering the differences between the FS and GS samples. We focused on the excitons; the intrinsic defects, such as zinc interstitials, zinc vacancies, and related shallow donors; and the conduction electrons. UV irradiation was applied for the first time during the ZnO:Er nanorod growth. This led to almost total exciton and zinc vacancy luminescence reduction, and the number of shallow donors was strongly suppressed in the GS samples. The effect was much less pronounced in the FS rods. Moreover, the exciton emission remained unchanged there. At the same time, the Er3+ content was decreased in the FS particles grown under constant UV irradiation while Er3+ was not detected in the GS particles at all. These phenomena are explained." @default.
- W4321789662 created "2023-02-25" @default.
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- W4321789662 date "2023-02-23" @default.
- W4321789662 modified "2023-09-26" @default.
- W4321789662 title "Effect of UV Irradiation on the Growth of ZnO:Er Nanorods and Their Intrinsic Defects" @default.
- W4321789662 cites W1969619515 @default.
- W4321789662 cites W1990309856 @default.
- W4321789662 cites W1992611332 @default.
- W4321789662 cites W2003505696 @default.
- W4321789662 cites W2018013518 @default.
- W4321789662 cites W2018459263 @default.
- W4321789662 cites W2018719778 @default.
- W4321789662 cites W2029413399 @default.
- W4321789662 cites W2052964198 @default.
- W4321789662 cites W2053782806 @default.
- W4321789662 cites W2056193398 @default.
- W4321789662 cites W2060997034 @default.
- W4321789662 cites W2065283041 @default.
- W4321789662 cites W2081407434 @default.
- W4321789662 cites W2081577998 @default.
- W4321789662 cites W2082026020 @default.
- W4321789662 cites W2082434308 @default.
- W4321789662 cites W2094798438 @default.
- W4321789662 cites W2111826330 @default.
- W4321789662 cites W2129529832 @default.
- W4321789662 cites W2135851621 @default.
- W4321789662 cites W2137542004 @default.
- W4321789662 cites W2147271478 @default.
- W4321789662 cites W2326494589 @default.
- W4321789662 cites W2329104056 @default.
- W4321789662 cites W2402515669 @default.
- W4321789662 cites W2476684732 @default.
- W4321789662 cites W2588499706 @default.
- W4321789662 cites W2593335174 @default.
- W4321789662 cites W2594063713 @default.
- W4321789662 cites W2606310581 @default.
- W4321789662 cites W2733683403 @default.
- W4321789662 cites W2738579763 @default.
- W4321789662 cites W2742894820 @default.
- W4321789662 cites W2768436401 @default.
- W4321789662 cites W2781764043 @default.
- W4321789662 cites W2781869772 @default.
- W4321789662 cites W2789263273 @default.
- W4321789662 cites W2791824339 @default.
- W4321789662 cites W2801456204 @default.
- W4321789662 cites W2888846503 @default.
- W4321789662 cites W2901542249 @default.
- W4321789662 cites W2950007346 @default.
- W4321789662 cites W2966303572 @default.
- W4321789662 cites W3008594216 @default.
- W4321789662 cites W3010617754 @default.
- W4321789662 cites W3013790592 @default.
- W4321789662 cites W3022770156 @default.
- W4321789662 cites W3024970949 @default.
- W4321789662 cites W3026474289 @default.
- W4321789662 cites W3039125699 @default.
- W4321789662 cites W3084724712 @default.
- W4321789662 cites W3096566100 @default.
- W4321789662 cites W3103232852 @default.
- W4321789662 cites W3109385342 @default.
- W4321789662 cites W3130528026 @default.
- W4321789662 cites W3130755955 @default.
- W4321789662 cites W3136945578 @default.
- W4321789662 cites W3137040735 @default.
- W4321789662 cites W3149360604 @default.
- W4321789662 cites W3164390144 @default.
- W4321789662 cites W3169101246 @default.
- W4321789662 cites W3174990698 @default.
- W4321789662 cites W3208622690 @default.
- W4321789662 cites W3213549659 @default.
- W4321789662 cites W3213689738 @default.
- W4321789662 cites W4206262692 @default.
- W4321789662 cites W4206806035 @default.
- W4321789662 cites W4220963293 @default.
- W4321789662 cites W4221070769 @default.
- W4321789662 cites W4224230585 @default.
- W4321789662 cites W4225123021 @default.
- W4321789662 cites W4225292521 @default.
- W4321789662 cites W4225988811 @default.
- W4321789662 cites W4282917603 @default.
- W4321789662 cites W4283010068 @default.
- W4321789662 cites W4285060365 @default.
- W4321789662 cites W4292691833 @default.
- W4321789662 cites W4308804341 @default.
- W4321789662 cites W4311453556 @default.
- W4321789662 doi "https://doi.org/10.3390/chemosensors11030156" @default.
- W4321789662 hasPublicationYear "2023" @default.
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