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and dilute acidic solutions. AIChE Journal, 2003(49):2728-2748.
[20]
Kameoka Y, Pigford RL. Absorption of nitrogen dioxide into water, sulfuric acid,
sodium hydroxide, and alkaline sodium sulfite aqueous solutions. Industrial &
Engineering Chemistry Fundamentals, 1977(16):163-169.
[21] Park JY, Lee YN. Solubility and decomposition kinetics of nitrous acid in aqueous
solution. Journal of Physical Chemistry, 1988(92):6294-6302.
[22]
Zhu SY. Environmental and Industrial Gas Purification. Beijing: Chemical
Industry Press, 2001.
[23]
Li GC. Air Pollution Control Technology. Beijing: Chemical Industry Press, 2001.
[24]
Takeuchi H, Ando M, Kizawa N. Absorption of nitrogen oxides in aqueous
sodium sulfite and bisulfite solutions. Industrial & Engineering Chemistry Process
Design and Development, 1977(16):303-308.
[25] Hoffmann MR. On the kinetics and mechanism of oxidation of aquated sulfur
dioxide by ozone. Atmospheric Environment, 1986(20):1145-1154.
[26] Botha CF, Hahn J, Pienaar JJ, Vaneldik R. Kinetics and mechanism of the
oxidation of sulfur(IV) by ozone in aqueous solutions. Atmospheric Environment,
1994(28):3207-3212.
[27]
. Simultaneous
desulfurization and denitrification method incorporated with ozone oxidization
and two-tower scrubbing and its setup thereof. China Patent, No.:
200910095344.4, 2009.
[28] Jiang SD, Wang ZH, Zhou JH, Yang WJ, Cen KF. Experimental research on
production of nitric acid using ozone denitration flue gas. Journal of Combustion
Science and Technology, 2010(16):57-61.
Wang ZH, Bai YF, Cen KF, Zhou JH, Wu SZ, Zhou ZJ,
et al
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