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DEVICES AND METHODS FOR PREPARING NANO PARTICLE USING PULSE COLD PLASMA

机译:使用脉冲冷等离子体制备纳米颗粒的装置和方法

摘要

An apparatus for manufacturing nano particle and a method for manufacturing the same using a low temperature pulse plasma are provided to manufacture nano particle with a superior particle uniform characteristic and a capture efficiency because a nano particle formed domain and a nano particle-receiving region are separated and a thin film is not formed in case of collecting the nano particle in the receiving region and to be applied to a secondary battery and a sensor because an evaporation besides collection of the nano particle is performed at the same time in the nano particle receiving region. A reaction chamber comprises a gas-inlet(31), a receiving unit and a division unit(39). The reaction chamber is separated according to a nano particle formed domain(A) and a nano particle-receiving region(B) by the division unit. A gas supplying part transfers a process gas and an ambient gas through the gas-inlet. A power supply unit generates a plasma within the reaction chamber. A flow control part controls a vacuum formation and a gas flow within the reaction chamber. The nano particle formed domain within the reaction chamber is formed between the gas-inlet and the division unit.
机译:提供了一种用于制造纳米颗粒的设备及其使用低温脉冲等离子体的制造方法,以制造具有优异的颗粒均匀性和捕获效率的纳米颗粒,因为纳米颗粒形成区域和纳米颗粒接收区域是分开的并且在收集区域中收集纳米颗粒的情况下不形成薄膜,并且将其应用于二次电池和传感器,这是因为除了在收集纳米颗粒的同时进行纳米颗粒的蒸发, 。反应室包括进气口(31),接收单元和分隔单元(39)。通过分隔单元将反应室根据纳米颗粒形成域(A)和纳米颗粒接收区域(B)分开。气体供应部分通过进气口传输工艺气体和环境气体。电源单元在反应室内产生等离子体。流量控制部分控制反应室内的真空形成和气流。在反应室内的纳米颗粒形成区域形成在进气口和分配单元之间。

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