首页> 外国专利> Method for producing diphase nanocomposite Ti2Ni/Pd/multiwall carbon nanotubes to be used for anodic material in the Ni-MH-type accumulators

Method for producing diphase nanocomposite Ti2Ni/Pd/multiwall carbon nanotubes to be used for anodic material in the Ni-MH-type accumulators

机译:Ni-MH型蓄电池中用作阳极材料的双相纳米复合Ti2Ni / Pd /多壁碳纳米管的制备方法

摘要

The mode of production of two-phase nanocomposite for use in nickel-hydrogen (Ni-MH) batteries is characterised by the fact that the nanomaterial constituent Ti2Ni is produced by the mechanical synthesis process involving the mass of 5:1 powder grinders in the argon atmosphere, of the elements in the form of titanium powders, less than 45m, of purity 99; nickel 3-7 m, of purity 99,9; palladium 74 m, of purity 99,95; in time 8h. Heat treatment consisting of the boiling of powders obtained by mechanical synthesis at temperature 700-800,C/0,5 h is then applied.favourable 750/0,5 h. The composition of the nanocrystalline Ti2Ni powder from 3% to 7%,favourable 5% weight Pd/ from 3% to 7%,favourable 5% weighted polyvalent carbon nanotubes of the outer diameter of 7-12 nanometers, of the length 0,5-10 m, of purity greater than 90; in the process of 1-minute grinding.
机译:用于镍氢(Ni-MH)电池的两相纳米复合材料的生产方式的特点是,纳米材料成分Ti2Ni是通过涉及氩气中5:1粉末研磨机质量的机械合成工艺生产的小于45m的纯度为99的钛粉形式元素的大气;镍3-7 m,纯度99.9;钯74 m,纯度99,95;在8小时内。然后进行热处理,该热处理包括在700-800°C / 0.5h的温度下通过机械合成获得的粉末的沸腾。有利的是750 / 0.5h。纳米晶体Ti2Ni粉末的组成为3%至7%,外径为7%至12纳米,长度为0.5的3%至7%的5%重量的Pd /,3%至7%的有利的5%重量的多价碳纳米管。 -10 m,纯度大于90;在1分钟的研磨过程中。

著录项

  • 公开/公告号PL406047A1

    专利类型

  • 公开/公告日2015-05-25

    原文格式PDF

  • 申请/专利权人 POLITECHNIKA POZNAŃSKA;

    申请/专利号PL20130406047

  • 发明设计人 MATEUSZ BALCERZAK;MIECZYSŁAW JURCZYK;

    申请日2013-11-14

  • 分类号H01M4/36;H01M4/32;C01B31;C23C10/28;C22C47/14;

  • 国家 PL

  • 入库时间 2022-08-21 15:13:17

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