Study on cathode property changes during aluminum smelting

TMS Light Metals

Volumn 2006, Issue , 2006, Pages 639-643

  Liu, Fengqin ^a,b   Liu, Yexiang ^a  

^a CENTRAL SOUTH UNIVERSITY   (China)

^b ZHENGZHOU RESEARCH INSTITUTE OF CHALCO   (China)

Author keywords

Graphitization; Microstructure; Penetration; Physical property; Porosity; Reduction cell; Spent cathode

Indexed keywords

ALUMINUM; CATHODES; GRAPHITE; MICROSTRUCTURE; POROSITY; REDUCTION; SCANNING ELECTRON MICROSCOPY; X RAY DIFFRACTION; COMPRESSIVE STRENGTH; ELECTRODES; GRAPHITIZATION; METAL DRAWING; ORE REDUCTION; PHYSICAL PROPERTIES;

PENETRATION; PHYSICAL PROPERTY; REDUCTION CELL; SPENT CATHODE;

SMELTING; CATHODES;

ALUMINUM REDUCTION; ALUMINUM SMELTING; CHEMICAL AND MINERALOGICAL COMPOSITIONS; ELECTRICAL CONDUCTIVITY; PENETRATION; PROPERTY CHANGES; REDUCTION CELLS; TEST INSTRUMENTS;

EID: 33745294542     PISSN: 01470809     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (7)

1. Tyke Naas and Harald A. Øye, "Interactions of Alkali Metal with Cathode Carbon", Light Metals 1999, 193-198.
2. R. Shamsili and H.A. Øye, "Melt Penetration and Chemical Reactions in Carbon Cathodes during Aluminium Electrolysis", Light Metals 1994, 731-738.
3. Pierre-Yves Brisson et al., "Revisiting Sodium and Bath Penetration in the Carbon Lining of Aluminum Electrolysis Cell", Light Metals 2005, 727-732.
4. Sergey A. Khramenko et al., "Effect of Porosity Structure on Penetration and Performance of Lining Materials", Light Metals 2005, 795-799.
5. Morten Sørlie, Hermann Gran and Harald A. Øye, "Property Changes of Cathode Lining Materials during Cell Operation", Light Metals 1995, 497-506.
6. Frank Hiltmann, Pretesh Patel and Margaret Hyland, "Influence of Internal Cathode Structure on Behavior during Electrolysis, Part 1: Properties of Graphitic and Graphitized Material", Light Metals 2005, 751-755.
7. Pretesh Patel, Margaret Hyland and Frank Hiltmann, "Influence of Internal Cathode Structure on Behavior during Electrolysis, Part 2: Porosity and Wear Mechanisms in Graphitized Cathode Material", Light Metals 2005, 757-762.