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Optical Properties of Organic Perovskite Materials for Finite Nanostructures

机译:有机钙钛矿用于有限纳米结构的光学性质

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We examine the effect of the structural confinement on optical properties of organic lead halide perovskite supercells of various shapes. With a set of 8-band tight-binding parameters that reproduce the bulk band gaps and offsets of MAPb (I/ Br/Cl)3 that have been known through DFT simulations, we explore the band gap of finite supercells that have homogeneous and mixed halides. This preliminary work already delivers a set of information that is useful for potential device designs because band gaps of organic lead halide perovskite supercells are rarely understood, particularly for realistically sized finite structures.
机译:我们研究了结构禁闭对各种形状的有机铅卤化卤化物钙钛矿超细性能的影响。具有一组8带紧密的参数,可重现MAPB的散装带间隙和偏移量(I / BR / CL) 3 通过DFT模拟已知,我们探讨了具有均匀和混合卤化物的有限超细晶体的带隙。这项初步工作已经提供了一系列可用于潜在设备设计的信息,因为很少理解有机铅卤化物钙钛矿超级电池的带隙,特别是对于实际尺寸的有限结构。

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