ID 原文 译文
43346 有机－无机钙钛矿薄膜作为有机发光二极管中的发光层， The organic-inorganic perovskite thin film is used as a light-emitting layer in an organiclight-emitting diode.
43347 其本身的薄膜质量与热稳定性是影响其发光特性的主要因素。 The quality and thermal stability of the film are main factors that affect its light-emitting characteristics.
43348 采用一步溶液法制备了蓝光发射 MAPbClxBr3－x薄膜， MAPbClxBr3－x thin films with blue light emission were prepared by one-step solution method.
43349 并通过光学显微镜、吸收光谱、光致发光 ( PL) 谱等分析手段研究了薄膜的成膜质量与不同 Cl /Br 摩尔比之间的关系，以及无机 Cs 离子掺杂对薄膜热稳定性与发光特性的影响。 The relationship between the film quality and the molar ratio of Cl /Br and the effect of inorganic Cs ion doping on thermal stability and luminescence of thin films were studied by means of optical microscopy, absorption spectroscopy and photoluminescence (PL) spectrum.
43350 实验结果表明:随着Cl /Br 摩尔比的增大，晶粒尺寸逐渐增大;Cs 离子掺杂可以提高薄膜的覆盖度、光吸收强度、热稳定性及 PL 强度; The experimental results showthat the grain size increases gradually with the increase of Cl /Br molar ratios.Cs ion doping can improvethe film coverage, light absorption intensity, thermal stability and PL intensity.
43351 通过调节 Cl /Br 摩尔比及 Cs 离子掺杂获得了室温下具有蓝色发光波长435 nm的 Cs0. 1MA0. 9PbCl2.375Br0.625薄膜。 At room temperature, Cs0.1MA0.9PbCl2.375Br0.625 thin film with blue light emission wavelength of 435 nm was obtained by adjusting Cl /Br molar ratio and Cs ion doping.
43352 MAPbClxBr3－x薄膜与 Cs0. 1MA0. 9PbCl2.375Br0.625薄膜的发光机制主要为激子辐射复合。 The luminescence mechanism of MAPbClx Br3－x film an Cs0.1MA0.9PbCl2.375Br0.625 film are mainly exciton radiative recombination.
43353 此外，Cs0. 1MA0. 9PbCl2.375Br0.625薄膜还存在 Cs 离子掺杂能级参与的辐射复合机制。 In addition, theCs0.1MA0.9PbCl2.375Br0.1MA0. 9PbCl2.375Br0.625 film also has a radiative recombination mechanism involving Cs ion doping level.
43354 CuSbS2 是一种良好的太阳电池吸收层材料，其组成元素毒性低且地球储量比较丰富。 CuSbS2 is a good material used for absorbing layer of solar cells.Its constituents are oflow toxicity and abundant on the earth.
43355 采用溶胶－凝胶法制备 CuSbS2 薄膜，为了去除薄膜中的氧化物并提高薄膜质量，对薄膜进行了硫化处理。 CuSbS2 thin films were prepared by sol-gel method, and sulfurizedto remove oxide in films and improve the quality of films.