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Chemical compound with rutile structure that contains iron, tantalum, vanadium and oxygen and methods for production of the chemical compound with rutile structure that contains iron, tantalum, vanadium and oxygen

机译:具有铁,钽,钒和氧的金红石结构的化合物以及制备具有铁,钽,钒和氧的金红石结构的化合物的方法

摘要

the object of the application is the chemical structure of rutile, which containing iron, tantalum, vanadium and oxygen, with the fetavo6, content of iron oxide (iii) 25,00 mole%.tantalum (v) oxide 25,00 mole%, vanadium oxide (iv) 50,00 mole%, calculated as oxides system triple ingredients: iron oxide (iii) - oxide tantalum (v) oxide vanadium (iv).the application also includes a way to produce connection, containing iron, tantalum, vanadium and oxygen by mixing and ujednorodnianiu, which is characterised by thethat mixes fe2o3 of 25,00 mole%, ta2o5 of 25,00 mole% and vo2 of 50,00% mole, then ujednorodnia by ucieranie,then the resulting mixture oxides basking in argon atmosphere in the temperature range from 973 to 1198 k in time from 60 to 180 hours, cooled to room temperature.receiving relationship to the model fetavo6. positive mixture after ujednorodnieniu pastylkuje and warm in five stages, with each stage - an and again pastylkuje.another application is that mixed compounds fetao4 and vo2 in a mole ratio of 1: 1, then ujednorodnia by ucieranie,then the resulting mixture compounds in atmosphere of argon at warm temperature range 1173 to 1198 k during 36 hours, cooled to room temperature, with the relationship of the model fetavo6.positive mixture after ujednorodnieniu pastylkuje and warm in three stages, with each stage - an and again pastylkuje.
机译:本申请的目的是金红石的化学结构,其包含铁,钽,钒和氧,且具有fetavo6,氧化铁(iii)的含量为25,00摩尔%。钽(v)氧化物为25,00摩尔%,氧化钒(iv)50,00摩尔%,按氧化物体系的三重成分计算:氧化铁(iii)-氧化钽(v)氧化钒(iv)。该应用还包括一种产生连接的方式,包含铁,钽,钒和氧通过混合和ujednorodnianiu混合,其特征在于先混合25.00摩尔%的fe2o3、25.00摩尔%的ta2o5和50.00%摩尔的vo2,然后再用ucieranie混合jeronorodnia,然后将所得混合氧化物浸入氩气气氛在973至1198 k的温度范围内,从60至180小时的时间,冷却至室温。与fetavo6型的接收关系。在ujednorodnieniu pastylkuje和五个阶段预热后的正混合物,每个阶段-再次是pastylkuje。另一个应用是将Fetao4和vo2的摩尔比为1:1的化合物混合,然后通过ucieranie混合ujeednorodnia,然后将所得混合物在大气中在36小时内,在1173至1198 k的温暖温度范围内冷却氩气,并冷却至室温,与ujednorodnieniu pastylkuje模型和三阶段加热之后的fetavo6.positive混合物的关系,每个阶段分别为-和再次为pastylkuje。

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