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Effect of Ambient Gas on the Particle Size ofCopper Nanopowder Prepared By the WireExplosion Technique

机译:环境气体对线爆炸技术制备的铜纳米粉末粒径的影响

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In this work, copper nanopowder was prepared by utilizing the wire explosion technique in different ambient gas. Ambient gases being used were argon, nitrogen and argon-nitrogen mixture. The ambient gas pressure was 500 mbar. Copper wires with diameter of 125 gm and length of 6.1 cm were used. The powders being prepared were evaluated by transmission electron microscope (TEM) and X-ray diffractometry (XRD). Current and voltage signals were obtained to investigate the wire explosion process and energy deposition into the wire during the discharge.
机译:在这项工作中,通过利用不同环境气体的钢丝爆炸技术制备铜纳米粉末。使用的环境气体是氩气,氮和氩氮混合物。环境气体压力为500毫巴。使用直径为125克的铜线和长度为6.1厘米。正在制备的粉末通过透射电子显微镜(TEM)和X射线衍射测定法(XRD)评估。获得电流和电压信号以在放电期间研究导线爆炸过程和能量沉积到电线中。

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