采用优质阴极碳块是完善和提高我国大型预焙槽炼铝技术，增强铝电解工业竞争力的关键因素之一。
To enhance the competitiveness of our aluminium industry, one of the key factors is to catch up the world advanced level of cathode technique and further improve our aluminium smelting technology.
预焙阳极铝电解槽用炭素阳极的质量对铝电解生产的技术经济指标具有重要影响。
Carbon anode quality for aluminium electrolysis pot With pre-baking anodes has important effect on technical and economic indexes in aluminium electrolysis production.
大型预焙铝电解槽节能降耗和焙烧启动技术一直是国内外铝电解生产管理和科技工作者关注的重点。
Energy saving, consumption reducing and baking start-up technology in large-scale pre-baked aluminum electrolysis cell have been being come to attention by producing managers and academicians.
本文提出两种自焙阳极电解槽预焙化的改造方案，从经济上进行分析，并着重探讨小型槽的预焙改造技术。
Two transform programs for self baking anode type cell were proposed, economic analysis was performed, and prebaked transform technique for small type cell was probed into.
通过对自焙槽改造的途径分析，进而重点分析了采用小预焙和采用大预焙改造方案的技术经济效果。
The paper analyzed the technical and economic results of using smaller prebaked cell and bigger prebaked cell and transformation plan by method analysis of soderberg cell transformation.
本文对预焙阳极铝电解槽阳极炭耗问题进行了论述，并介绍了阳极降耗技术的开发应用。
The article discusses the issue concerning with decreasing anode consumption of prebaked anode pot, and it also introduces its development and application.
鉴于目前铝工业在面临着严格的环保要求和激烈的市场竞争情况下，充分利用原有自焙槽设施，实施自焙槽预焙化的技术改造已势在必行。
As the aluminum industry facing the strictly environment claim and the drastic market competition, it is very important to reconstruct of self-baking cell replaced cell by the original pre-baked cell.
根据大型预焙电解槽对阴极糊的工艺技术要求，利用炭块加工除尘粉，成功地开发出了高质量的铝用阴极糊。
The cathode pastes with high performance for aluminium were developed successfully from carbon block processing dust according to large-scale cell specification.
根据大型预焙电解槽对阴极糊的工艺技术要求，利用炭块加工除尘粉，成功地开发出了高质量的铝用阴极糊。
The cathode pastes with high performance for aluminium were developed successfully from carbon block processing dust according to large-scale cell specification.
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