Xu H uadong, LuoYonghao, W ang Enlu, e t a .l Reburn ing techno logy and its app lication prospec ts in Ch ina [ J]. Pow er Eng-i neering, 2001, 21( 4): 1 320-1 323. ( in Ch inese)
[2]
[ ChenW e iyin, M a Long. Effect o f hete rogeneous m echan ism s dur ing reburn ing o f nitrogen ox ide [ J]. AICHE Journa,l 1996, 42( 7): 1 968-1 975.
Lu P ing, Zhong W enq.i Ana lys is o f in fluentia l factors on NOx heterogeneous reduction by char in co al rebu rning techno logy [ J] . Gas Turb ine Techno logy, 2003, 16 ( 4): 18-22. ( in Ch inese)
[5]
[ L iu H, H am partsoum ian E, G ibbs BM. Eva luation o f the optim a l fue l cha racte ristics for effic ientNO reduction by coa l reburning [ J]. Fue ,l 1997, 76( 9): 985-993.
[6]
[ Zhong B J, ShiW W, FuW B. E ffects o f fuel cha racte ristics on the NO reduction during the reburn ing w ith coa ls [ J]. Fuel Process ing T echno logy, 2002, 79( 1): 93-106.
FuW e ibiao. Co al Combustion Theory and itsM acro-genera lRules [M ]. Be ijing: TsinghuaUn iversity Press, 2003: 7-12. ( in Chinese)
[9]
[ Zhao X S, Lu G Q, H u X. Charac teriza tion o f the structura l and surface properties o f chem ica llym odifiedMCM - 41 m ate rial [ J] . M icropo rous andM esopo rousM ate rials, 2000, 41( 1): 37-47.
[10]
[ Ca iH Y, GuellA J, Cha tzakis IN, et a.l Combustion reactiv ity and mo rpho log ica l chang e in coa l chars: e ffect o f pyro lysis tem pera ture, heating rate and pressure[ J]. Fue ,l 1996, 75( 1): 15-24.
[11]
[ Therssen E, Gourichon L, Delfosse L. Devo latilization of coa l particles in a flat flam e exper im ent and m odeling study [ J]. Combustion and Flam e, 1995, 103( 2) : 115-128.
[12]
[ Sm oot L D, H ill S C, Xu H. NOx contro l through reburning [ J]. Prog Energy Combustion Science, 1998, 24( 4): 385-408.
