石油焦煅烧程度对铝用炭阳极显微结构及电解消耗的影响OA北大核心CSCDCSTPCD
Impact of coke calcination levels on the microstructure and consumption of carbon anodes in aluminum electrolysis
以不同煅烧程度石油焦为骨料，煤沥青为黏结剂制备铝用低煅焦炭阳极.通过激光共聚焦扫描显微镜和图像分析方法对炭阳极孔隙结构进行分析表征，并考察阳极反应性和电解消耗性能.在煅后焦微晶尺寸1.7~2.7 nm范围内降低石油焦煅烧程度，炭阳极小孔隙逐渐沿骨料-黏结剂界面演变为裂纹状大孔隙，炭阳极孔隙率、形状因子及连通率均先减小后增大，视孔隙比表面积呈减小趋势.煅后焦微晶尺寸降低至1.9 nm较为适宜，对应的炭阳极空气和CO2反应质量损失率最少为9.6%和3…查看全部>>
Carbon anodes for aluminum electrolysis were made of different calcination levels of coke as an aggregate and coal pitch as a binder. The porous structure parameters of carbon anode materials were characterized by using laser confocal scanning microscopy and the image analysis method. The anodic reaction and electrolysis consumption were also investigated in a lab scale aluminum elec-trolysis cell. The results demonstrate that the micropores gradually extend…查看全部>>
冯鲁兴;薛济来;方宁;郎光辉;林日福;包崇爱
北京科技大学冶金工程与生态学院，北京100083北京科技大学冶金工程与生态学院，北京100083北京科技大学冶金工程与生态学院，北京100083索通发展股份有限公司，北京100029索通发展股份有限公司，北京100029索通发展股份有限公司，北京100029
矿业与冶金
铝电解石油焦煅烧阳极消耗
aluminum electrolysiscokecalcinationanodesconsumption
《工程科学学报》 2016 (4)
538-545,8
高等学校博士学科点专项科研基金资助项目(20110006110003)
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