Optics & Laser Technology ( IF 4.6 ) Pub Date : 2021-11-17 , DOI: 10.1016/j.optlastec.2021.107671 M.N. Palatnikov 1 , A.V. Kadetova 1 , L.A. Aleshina 2 , O.V. Sidorova 2 , N.V. Sidorov 1 , I.V. Biryukova 1 , O.V. Makarova 1
A series of LiNbO3:Er ([Er] = 0.08–2.71 wt%) crystals were grown due to one technology in a single technological cycle. A near-stoichiometric lithium niobate (NSLN) was grown as a control. Concentration dependences of LiNbO3:Er and NSLN crystals structure characteristics were studied. A full-profile analysis of polycrystals X-ray patterns was used to analyze models of LiNbO3:Er atom structure. Structure characteristics of LiNbO3:Er crystals are compares with that of NSLN crystal. Optical and atomic-force microscopy were used to study growth irregular and regular domain microstructures and periodic nano-structures in as-grown LiNbO3:Er crystals.
中文翻译:
在一个技术周期中生长的一系列不同成分的 LiNbO3:Er 晶体的生长、结构、物理和化学特性
由于一种技术,在单个技术周期中生长了一系列 LiNbO 3 :Er ([Er] = 0.08–2.71 wt%) 晶体。生长接近化学计量的铌酸锂 (NSLN) 作为对照。研究了 LiNbO 3 :Er 和 NSLN 晶体结构特征的浓度依赖性。使用多晶 X 射线图案的全剖面分析来分析 LiNbO 3 :Er 原子结构的模型。将LiNbO 3 :Er 晶体的结构特征与NSLN 晶体的结构特征进行比较。光学和原子力显微镜用于研究生长的 LiNbO 3 :Er 晶体中生长的不规则和规则域微结构和周期性纳米结构。