［1］于旭光，邱竹贤.镁工业生产及应用的现状和展望［J］.材料与冶金学报，2003，2(3):189-192.(Yu Xuguang，Qiu Zhuxian.Present situation and prospect of magnesium production and applications［J］.Journal of Materials and Metallurgy，2003，2(3):189-192.)
[2]
Minic D，Manasijevic D，Dokic J.Silicothermic reduction process in magnesium production［J］.Journal of Thermal Analysis and Calorimetry，2008，92(2):411-415.
[3]
Gao F，Nie Z R，Wang Z H，et al.Life cycle assessment of primary magnesium production using the Pidgeon process in China［J］.The International Journal of Life Cycle Assessment，2009，14(5):480-489.
[4]
Sujit D.Primary magnesium production costs for automotive applications［J］.Journal of the Minerals，Metals and Materials Society，2008，60(11):63-69.
[5]
Mordike B L，Ebert T.Magnesium propertiesapplicationpotential［J］.Materials Science Engineering A，2001，302(1):37-45.
Zhou N B，Chen B Z，He X K，et al.Preparation of anhydrous magnesium chloride in a gassolid reaction with ammonium carnallite［J］.Frontiers of Chemistry in China，2006，1(4):384-388.
[8]
彭建平，冯乃祥，高 枫，等.镁冶金技术的能耗与环境评价［J］.有色矿冶，2008，24(1):40-45.(Peng Jianping，Feng Naixiang，Gao Feng，et al.Environmental impact and energy consumption of different magnesium reductions［J］.Nonferrous Mining and Metallurgy，2008，24(1):40-45.)
[9]
Aghion E，Golub G.Production technologies of magnesium［M］.Berlin:Springer，2006:29-62.
[10]
Sun Z，Zhang H N，Li P，et al.Modeling and simulation of the flow field in the electrolysis of magnesium［J］.Journal of the Minerals，Metals and Materials Society，2009，61(5):29-33.
[11]
Lebedev O A，Brusakov Y，Shkuryakov N P.Express monitoring of MgCl2 concentration in the electrolyte of magnesium electrolyzes［J］.Russian Journal of Applied Chemistry，2005，78(8):1276-1279.
[12]
徐日瑶.硅热法炼镁生产工艺学［M］.长沙:中南大学出版社，2003:20-27.(Xun Riyao.Process technology of silicothermic magnesium production［M］.Changsha:Central South University Press，2003:20-27.)
