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Microscopic kinetics of capture, relaxation and recombination in ZnO- and GaN-based wide gap semiconductor nano-structures: nm-spatially- and ps-time-resolved cathodoluminescence spectroscopy

机译:ZnO-和GaN基宽间隙半导体纳米结构中捕获,松弛和重组的微观动力学:NM-空间和PS - 时间分辨的阴离子致发光光谱

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摘要

The unique potential of cathodoluminescence microscopy combining high spectral (δλ < 0.02 nm), spatial (δx < 45 nm), and time (δt < 35 ps) resolution enables direct access to the nano-scale properties of semiconductors.
机译:将高光谱(Δλ<0.02nm),空间(ΔX<45nm)和时间(Δt<35 ps)分辨率组合的偶像致辐发光显微镜的唯一电位能够直接访问半导体的纳米级特性。

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