首页> 外国专利> A manufacturing method of highly crystalline Barium-Titanate and highly crystalline Barium-Titanate powder manufactured by the same

A manufacturing method of highly crystalline Barium-Titanate and highly crystalline Barium-Titanate powder manufactured by the same

机译:高结晶性钛酸钡的制造方法以及由其制造的高结晶性钛酸钡粉末

摘要

The present invention relates to a highly crystalline barium titanate powder prepared by the method of the highly crystalline barium titanate prepared and the method, the manufacturing method of the highly crystalline barium titanate according to the present invention is allowed to warm to the barium (Ba) a barium hydroxide raw materials ionize step to prepare; Steps of: preparing a titanium (Ti) raw materials dispersed in an acid or a base; To obtain a mixture, and reacting barium seed (seed) for the barium hydroxide and titanium raw materials; The mixture of barium titanate and a pure seed and grain growth inhibitor to the step of grain growth; includes. Since this a highly crystalline barium titanate powder produced in a highly crystalline production method of barium titanate and a method according to the invention is a mixture of barium hydroxide and titanium raw material prepared by slow grain growth under generate rapid nucleation and high temperature, high pressure, fine particles being a high crystal axis ratio (c / a) to have, between the particle size distribution is not excellent, hardly exist pores in the interior, there is no large particle, necking (necking) particles when the not dispersibility is very good and, due to high surface density plastic this phenomenon has an effect not aggregation is sintered stably in a wide area. ;
机译:本发明涉及通过制备的高结晶性钛酸钡的方法制备的高结晶性钛酸钡粉末以及将根据本发明的高结晶性钛酸钡的制造方法,加热至钡(Ba)的方法。氢氧化钡原料电离步骤制备;步骤:制备分散在酸或碱中的钛(Ti)原料;得到混合物,并使钡籽(种子)与氢氧化钡和钛原料反应;钛酸钡与纯种子和谷物生长抑制剂的混合物进入谷物生长步骤;包括在内。由于这种钛酸钡的高结晶性生产方法和本发明的方法生产的高结晶性钛酸钡粉末是氢氧化钡和钛原料的混合物,通过在缓慢成核和高温,高压的条件下缓慢生长而制备,细颗粒以高的晶轴比(c / a)具有,之间的粒径分布不佳,内部几乎不存在气孔,不存在大颗粒,当颈椎(颈)颗粒的不分散性非常高时良好,并且由于具有高表面密度的塑料,这种现象具有不能在大面积上稳定地烧结聚集体的效果。 ;

著录项

  • 公开/公告号KR101288194B1

    专利类型

  • 公开/公告日2013-07-18

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20100129674

  • 申请日2010-12-17

  • 分类号C01G23/00;C04B35/468;

  • 国家 KR

  • 入库时间 2022-08-21 16:24:48

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