4Massimo Maccagni. New developments in Pb batteries recycling: how to minimize environmental impact reducing production cost [ J ]. World of Metallurgy-Erzmetall, 2010, 63 (5) : 252 - 257.
5Margulis E V. Low temperature smelting of lead metallic scrap [J]. Erzmetall, 2000, 53(2): 85-89.
6TANG Chao-bo, TANG Mo-tang, YAO Wei-yi, et al. The labo- ratory research on reducing-matting smelting of jamesonite concentrate[ C ] //Proceedings 132th Annual Meeting and Exhibi- tion. Boston : TMS, 2003 : 689 - 697.
7YANG Jian-guang, TANG Chao-bo, Chen Yong-ming, et al. Separation of antimony from a stibnite concentrate through a low- temperature smelting process to eliminate SO2 emission[ J], Met- allurgical and materials transactions B, 2011, (1) : 30 -36.
8HUANG Chao, TANG Chao-bo, CHEN Yong-ming, et al. Ther- modynamics analysis on reducing-matting smelting of sulfide ore of lead, antimony and bismuth which using ferric oxide as sulfur fixed agent[ J]. Sohn international symposium on advanced pro- cessing of metals and materials, 2006, (8) : 387 - 398.
10TANG Chao-bo, HU Yu-jie, TANG Mo-tang, et al. Reductive fixed sulfur smelting of spent lead-acid battery colloid sludge in a fused salt at low temperature[ C]//J The llth international sym- posium on east asian resources recycling technology. Taiwan : The Formosa association of resource recycling, 2011 : 684 - 687.
