2Tereshin, A G, Klinmenko. v. v. Industrial sulfur oxide emissions into the atmosphere 1950-1995. Global estimate. [J].Chem. Pebro. Eng, 1999,35(34) :170-175.
4Bishop, P, Wu, Qingzhing et al. Application of recovered magnesium hydroxide from a flue gas desulfurization system for wastewaters treatment[C]. Pro-Annu. Int. Pittsburgh CoalConfer, 1999.16th,477-486.
5Beeghly,J H et al.. Product development of FGD recovered magnesium hydroxide [C]. Pro-Annu. Int. Pittsburgh Coal Confer, 1999.16th 462-467.
6Lee, Hyung- Kenu et al.. Characteristics of gas - liquid contactors in wet flue gas desulfurization process by Mg(OH)2[J]. Chem. Abstr,2001,135(8) : 111237.
7Urbanek,A,Kumanowski,K. Desulfurization of flue gasses by the wet magnesia method of Warsaw Technical University. [J]转见Chem. Abstr,2002,137(8) :113391.
8O'Driseoll, M. Shandong magresite. [Jl. Industrial Minerals,2001 ,(10) :41-44.
9佐久向昭博,等.Features and operating experience of magnesium hydroxide process for flue gas desulfurization.[J].三菱重工技报,1987,24(6):578-582.
10Torii,M el al.. Operation results IHI flue gas desulfurization system for coal-fired boiler of IPP[J]. IHI Eng. Rev, 2001,34(4) : 114-117.