首页> 外国专利> APPARATUS FOR MANUFACTURING NANOFLUID USING ELECTRIC PLASMA, CAPABLE OF FORMING NANOPARTICLES BY VAPORIZING RAW MATERIALS IN PLASMA STATE AND MAKING THE NANOPARTICLES INTO THE FLUID THROUGH QUICK COOLING AT THE SAME TIME

APPARATUS FOR MANUFACTURING NANOFLUID USING ELECTRIC PLASMA, CAPABLE OF FORMING NANOPARTICLES BY VAPORIZING RAW MATERIALS IN PLASMA STATE AND MAKING THE NANOPARTICLES INTO THE FLUID THROUGH QUICK COOLING AT THE SAME TIME

机译:使用电等离子体制造纳米流体的装置,能够通过使处于等离子体状态的原始材料汽化并通过快速快速地将纳米颗粒制成流体来形成纳米颗粒

摘要

PURPOSE: An apparatus for manufacturing nanofluid using electric plasma is provided to manufacture nanopowder having a minute size, to minimize the particle growth of a cooling process, and to simply manufacture the nanofluid in a short time without a mixing process of the nanopowder and the fluid.;CONSTITUTION: An apparatus for manufacturing nanofluid using electric plasma comprises: a main body(10) which includes a connection pipe(11a) connected to a vacuum pump(11) and a cooler(12); a power supply(21) which emits a high voltage which is prepared on the outer side of the main body; a raw materials input tube(24) which throws the raw materials into a positive electrode(22) and a negative electrode(23); a plasma forming part(20) in which a raw materials container(25) is prepared; a bearing(31a) in which the positive electrode or the negative electrode is inserted; a particle cut-off part(30) which secludes the flying of nanoparticle in the inner part of the main body; a fluid container(41) which is prepared on the outer side of the main body; a fluid input part(40); a nanofluid reservoir(51) which is prepared of the outside of the main body; and a nanofluid collecting part(50) in which a connection pipe(52) is prepared between the main body.;COPYRIGHT KIPO 2010
机译:目的:提供一种使用电等离子体制造纳米流体的设备,以制造具有微小尺寸的纳米粉末,以最小化冷却过程中的颗粒生长,并在短时间内简单地制造纳米流体,而无需纳米粉末和流体的混合过程。组成:一种利用电等离子体制造纳米流体的设备,包括:主体(10),其包括连接至真空泵(11)和冷却器(12)的连接管(11a);在主体的外侧准备有发出高压的电源(21)。原料输入管(24),将原料投入正极(22)和负极(23)。等离子体形成部(20),其准备有原料容器(25)。轴承(31a),其中插入有正极或负极;颗粒切除部(30),其使纳米颗粒在主体内部飞散。在主体的外侧准备的流体容器(41)。流体输入部分(40);由主体的外部制成的纳米流体贮存器(51);纳米流体收集部(50),在主体之间准备有连接管(52)。COPYRIGHTKIPO 2010

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