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    [00261747]制备纳米结构氮化硼和二硼化钛粉末的方法

    交易价格: 面议

    所属行业: 钒钛化工

    类型: 专利

    技术成熟度: 通过小试

    专利所属地:RU俄罗斯

    专利号: 2523471

    交易方式: 技术转让 技术转让 技术入股

    联系人: 四川钒钛产业技术研究院

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    所在地:四川攀枝花市

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    技术详细介绍

    项目简介:

    FIELD: chemistry.

    SUBSTANCE: plasmochemical reactions are initiated by pulse microwave discharge, influencing initial reagents, as the latter used is a mixture of titanium and boron powders in a nitrogen atmosphere, as initial reagents used is a powder of amorphous boron with a particle size of 1…100 mcm and a titanium powder with a particle size of 1…100 mcm, the used microwave discharge has the power from 50 kW to 500 kW and a pulse duration from 100·10-6 s to 100·10-3 s, the working pressure of nitrogen constitutes from 0.1 to 1 atmosphere.

    EFFECT: plasmochemical reactions result in coformation of two target products - nanodisperse powders of titanium diboride and boron nitride of various shapes and sizes.

    项目核心创新点:

    项目详细用途:

    预期效益说明:

    项目简介:

    FIELD: chemistry.

    SUBSTANCE: plasmochemical reactions are initiated by pulse microwave discharge, influencing initial reagents, as the latter used is a mixture of titanium and boron powders in a nitrogen atmosphere, as initial reagents used is a powder of amorphous boron with a particle size of 1…100 mcm and a titanium powder with a particle size of 1…100 mcm, the used microwave discharge has the power from 50 kW to 500 kW and a pulse duration from 100·10-6 s to 100·10-3 s, the working pressure of nitrogen constitutes from 0.1 to 1 atmosphere.

    EFFECT: plasmochemical reactions result in coformation of two target products - nanodisperse powders of titanium diboride and boron nitride of various shapes and sizes.

    项目核心创新点:

    项目详细用途:

    预期效益说明:

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