首页> 外文会议>NATO advanced research workshop on refractory metals in molten salts >New compounds Nb_4O_3(O,F)_2nK_(1-x)(F,O)(n=1,2,3) obtained by molten salts electrolysis. preparationand x-ray diffraction study
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New compounds Nb_4O_3(O,F)_2nK_(1-x)(F,O)(n=1,2,3) obtained by molten salts electrolysis. preparationand x-ray diffraction study

机译:新化合物Nb_4O_3(o,f)_2 n k_(1-x)(f,o)(n = 1,2,3)通过熔融盐电解获得。制备和X射线衍射研究

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The new niobium phases with Nb(II,IV), K and F ions were obtained on cathode by molten salts' electrolysis of the system K_2NbOF_5+FLINAK. These phases never are produced by electrolysis in the chloride molten system. Niobium phase with similar crystal habit and K ions in composition has been reported by E.Christensen et al. [1]. We initiated the present investigation in order to define some individual characteristics of the phases. The aims of our study are following: (a) identification of the niobium phases; (b) determination of their atomic structure; (c) analysis of their transformations under washing out a cathodic product with acid water solution and under the action of the KCL+NaCl melt.
机译:通过熔融盐的熔融盐的电解在阴极上得到Nb(II,IV),K和F离子的新铌相K_2NBOF_5 + Flinak。这些相从未通过电解在氯化物熔融系统中产生。通过E.Christensen等人报道了具有相似晶体习性和K离子的铌相。 [1]。我们启动了本调查,以确定各阶段的某些个体特征。我们研究的目的涉及:(a)鉴定铌阶段; (b)确定原子结构; (c)在用酸水溶液和KCl + NaCl熔体的作用下,在洗涤外阴极产品下的转化分析。

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