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Preparation and Applications of Hydrophilic Nano-Carbon Particles

机译:亲水性纳米碳颗粒的制备及应用

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We have produced nanocarbon suspension in pure water, which is named as Nanocaloid ~R, by a simple DC electrolysis from a synthetic graphite plates as anodes and SUS plates as cathodes in purified water at room temperature. The amount of carbon nano-particles was monitored by the conductivity and pH value of the electrolyte solution, and also by a simple gravimetric way after drying the solution. If the current density increases, the diameter of the carbon particles becomes larger and the amount of precipitates becomes also large. It takes about six weeks to obtain about 0.4 wt% carbon suspension solution under the normal electrolysis conditions. Characterization of Nanocaloid~R has been conducted to show unique properties and promising epoch-making applications such as solid lubricants for non-oily cutting fluids and conductive agents for reuse of deteriorated Pb-acid batteries. The performance of nanocarbon particles in oil lubricants in addition to the preparation will be reported.
机译:我们在纯水中产生了纳米碳悬浮液,其被从合成石墨板作为阳极和SUS板在室温下作为阳极电池和SUS板作为阳极电解而被命名为纳米碱基〜R.通过电解质溶液的电导率和pH值监测碳纳米颗粒的量,并且在干燥溶液后,通过简单的重量方式监测。如果电流密度增加,碳颗粒的直径变大,沉淀物的量也变大。在正常电解条件下获得约0.4重量%的碳悬浮液需要大约六周。已经进行了纳米碱〜R的表征以显示出独特的性能和有前途的划船应用,例如用于非油性切削液的固体润滑剂和用于再利用劣化的PB酸电池的导电剂。报道,纳米碳颗粒在油润滑剂中除了制剂外还将进行。

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