4James W E,Halvor K. Sustainability,climate change,and greenhouse gas emissions reduction:Responsibility,key challenges,and opportunities for the aluminum industry[J].JOM-Journal of the Minerals Metals and Materials Society,2008,(08):25-31.
5James W E. The evolution of technology for light metals over the last 50 years:Al,Mg,and Li[J].JOM-Journal of the Minerals Metals and Materials Society,2007,(02):30-38.
6Grjotheim K,Kvande H. Physico-chemical properties of lowmelting baths in aluminum electrolysis[J].Metall,1985,(06):510-513.
7Sleppy W C,Cochran C N. Bench scale electrolysis of aluminum in sodium fluoride-aluminum fluride melts below 900℃[A].USA:TMS,1979.385-395.
8Rolseth S,Gudbrandsen H,Thonstad J. Low temperature aluminum electrolysis in a high density electrolytes,part Ⅰ[J].Aluminum:Technology applications and Environment:A Profile of A Modern Metal,2005,(05):448-450.
9Rolseth S,Gudbrandsen H,Thonstad J. Low temperature aluminum electrolysis in a high density electrolytes,part Ⅱ[J].Aluminum:Technology applications and Environment:A Profile of A Modern Metal,2005,(06):565-568.
10Mcminn C J. A review of RHM cathode development[A].USA:TMS,1992.419-425.
