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| 1 | 乳化油配方优化及水质对冷轧乳化液稳定性的影响显示文摘建立了1套乳化液稳定性的简易评价标准,考察了油性剂、防锈剂剂量及乳化油用量对在新鲜自来水、去离子水和久置水条件下配制的乳化液稳定性的影响。结果表明:对于含干扰成分较多、自身稳定性较差的乳化油,采用含杂质较多的久置水配制的乳化液稳定性优于含杂质较少的新鲜自来水和去离子水配制的乳化液稳定性;当乳化油配方经过优化、剔除干扰稳定性的成分后,水质越纯净,乳化液的性能越稳定;乳化油配方的优化不仅有利于强化乳化液的稳定性,而且可以提升其润滑性能和极压性能。 | 戈晓达 孙建林 刘翘楚 | 2014 | 石油炼制与化工2014，45，12： | 8 |
| 2 | 热分解法制备纳米Cu粉末的反应动力学解析与形貌表征显示文摘本文以酒石酸铜为铜源,采用热分解法制备了粒径约为50 nm的纳米Cu粉末,借助XRD、AFM等表征手段,重点探讨了不同升温速率(1℃/min,5℃/min和10℃/min)对反应产物的物相和形貌的影响。结果表明:升温速率是酒石酸铜热分解制备纳米Cu粉末的控制性因素,慢速升温可显著降低酒石酸铜的热分解温度,促进Cu粉末的纯化和纳米化。 | 郑星龙 金永中 陈建 任娇 黄聪 龚江龙 | 2020 | 粉末冶金工业2020，30，2： | 3 |
| 3 | Preparation and Lubricating Properties of A New Antibacterial Emulsion Containing Nano-TiO_2 for Cold Rolling Strips显示文摘A new kind of emulsion containing nano TiO_2 was developed through the dispersion experiment. A commercial emulsion and a prepared by our lab emulsion without nano particles were chosen as controls to test the tribological and antibacterial properties of this new emulsion. The load carrying capacity, friction coefficient and average diameter of wear scars were tested by a four-ball machine and the comprehensive antifriction parameter ω was calculated. The wetting angle was also tested using a JC200C1 wetting angle tester. The micro surface and roughness of rolled strips were analyzed to investigate the tribological performance of the recommended new emulsion in strip production. It is shown that the new nano-emulsion possesses a higher load carrying capacity and wetting ability. Therefore the abrasive/plowing wear is reduced more efficiently with the addition of nano particles, and the micro surface is improved. The density of bacteria in the emulsions was tested after the cold rolling experiment. The emulsion breaking ratio and bacteria density were also tested in different time intervals after the cold rolling experiment. The final p H values and bacteria density of different layers of emulsions were measured and the sediment was analyzed by TEM to evaluate the antibacterial behavior of this new emulsion. It is shown that the density of microbial colonies which led to a corruption of emulsions was decreased about 90% and the effective antibacterial period was prolonged. | Lu Yudi Sun Jianlin Zhang Bingtao | 2016 | China Petroleum Processing & Petrochemical Technology2016，18，3： | 2 |
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