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High purity one niobium oxide (NbO) production and one niobium oxide which depends

机译:高纯度一种氧化铌(NbO)的生产和一种氧化铌,取决于

摘要

This invention the high purity one niobium oxide which is produced by the process below (NbO) is something regarding the powder, in the atmosphere which the said process achieving the temperature above process and approximately 1945C which generate the niobium oxide and the metal niobium powder of the altitude advantage or the blend of the grain is possible and is controlled it heats and reacts the compact. At the temperature, as for NbO it is the liquid. Liquid NbO is solidified, the material body is formed. It decays the said material body, it generates the NbO grain which is suited for the anode of the condenser. This NbO product component and crystal is very pure study, it can use for the condenser and the other electronic applied equipment. The production manner of NbO is healthy ones, it does not need, is related the raw materials of high purity also it is possible to regenerate value from the flow of the waste which to the treatment of the electronic component of NbO. NbO2 of high purity and the niobium metal/one niobium oxide, and can production manner, use in order to produce one niobium oxide/two niobium oxide the blend. This manner furthermore, in order to strengthen the property of the material, in the purpose which adds the oxide which is produced is ideal. As for this manner, furthermore possessing the product and directivity of the monocrystal, production of the lump which is solidified is possible. The ostium which is produced with other technology it is many, the quite porosity comparing in the lump, it is the lump where the product of this invention is solid, is not porous. This lump fragmentation, it was suited for electronic application, finely, is not porous and it becomes the grain which is angular.
机译:本发明是通过以下的步骤(NbO)制造的高纯度的一种氧化铌,该粉末是在达到上述步骤的温度以上的温度和约1945℃的气氛下,生成氧化铌和金属铌粉的粉末。高度优势或谷物的掺混是可能的,并且受控制可以加热并反应压坯。在该温度下,对于NbO来说是液体。液态NbO固化,形成材料体。它使所述材料分解,产生适于冷凝器阳极的NbO晶粒。该NbO产品成分和晶体是非常纯净的研究,它可以用于电容器和其他电子应用设备。 NbO的生产方式是健康的,不需要,与高纯度的原材料有关,也可以从废物流中回收价值,以处理NbO的电子元件。高纯度的NbO 2和铌金属/一氧化铌,可以生产的方式,用于生产一氧化铌/二氧化铌的混合物。此外,以这种方式,为了增强材料的性能,理想的是添加所产生的氧化物。以此方式,由于还具有单晶的产物和方向性,因此可以生产固化的块。用其他技术生产的造口很多,块中的孔隙率比较高,是本发明产品为固体的块,而不是多孔的。这种块状碎裂,非常适合电子应用,它不是多孔的,而是成棱角的颗粒。

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