1Lizzio A A, Debarr J A. Effect of surface area and chemisorbed oxygen on the SO2 adsorption capacity of activated Char[ J]. Fuel, 1996,175 (13) :1515 - 1522,
2Debarr J A, Lizzio A A. Adsorplion of SO2 on biluminous coal and activated carbon fiber[ J]. Energy&Fuel, 1997, ( 11 ) :267 -271.
3Raymundo - Pinero E, Cazorla - Amoms D, Linares - Solano A. Tem peralure programmed desorplion study on the mecbarism of SO2 oxi dation by activated carbon and activated carbon fibers [ J ]. Carbon 2001,39(2) :231-242.
4Mochida I, Korai Y, Shirahama M, et al. Removal of SOx and NOx over activated carbon fibers [ J ]. Carbon ,2000, ( 38 ) :227 - 239.
5Zawadzki J. Infrared studies of SO ,on carbon - Ⅱ. The SO ,Specie ad- sorbed on carbon films[ J ]. Carbon, 1987,25 (4) :495 - 502.
6Mochida I,Yozo K,Masuaki S, et al. Removal of SOx and NOx over activated carbon fibers[ J ]. Carbon ,2000, ( 38 ) :227 - 239.
7Mochida I, Korai Y,Shirhama M, et al. Struclure of activaled carbon fiber and it's application for environmental prolection [ J ]. Tanso, 1998,184( 1 ) :206 -212.
8Richter E, Schmidt H, Schecher H. Adsorption and catalytic reactions of NO and NH3 on activated carbon[ J ]. Chemical Engineering Technology, 1990, ( 13 ) :332.
9Mochida I, Shizuo K, Motohiro H, et al. Reduction of NO at very low concentration in air with NH3 at room temperature over a series of calcined pitch based activated carbon fibers[ J ]. Chemistry Letters, 1995,(5) :385 - 386.
