第11期 朱琼琼等：纤维素在炭化和活化过程中的结构变化 ·1551· its Application in Preparation Actirated Carbon.Xuzhou:China biomass residues and char utilization for the production of activa- University of Mining and Technology Press,2002 ted carbons.J Anal Appl Pyrol,2009,85(1/2)134 (解强，边炳鑫.煤的炭化过程控制理论及其在煤基活性炭制 04] Kovalevski V V,Buseck P R,Cowley J M.Comparison of car- 备中的应用.徐州：中国矿业大学出版社，2002) bon in shungite rocks to other natural carbons:an X-ray and TEM [0]Zhang L B,Tu JH,Peng J H,et al.Study on structural change study.Carbon,2001,39 (2):243 of tobacco stems during carbonization.Chem Ind For Prod, [15]Fujimoto H.Theoretical X-ay scattering intensity of carbons with 2006,26(2):44 turbostratic stacking and AB stacking structures.Carbon,2003, (张利波，涂建华，彭金辉，等.烟杆炭化过程中结构变化的 419(8):1585 研究.林产化学与工业，2006,26(2)：44) [16]El-Hendawy A N A.Variation in the FTIR spectra of a biomass [11]Prauchner M J,Pasa V,Molhallem N DS,et al.Structural evo- under impregnation,carbonization and oxidation conditions.J lution of Eucalyptus tar pitch-based carbons during carbonization. Anal Appl Pyrol,2006.75(2):159 Biomass Bioenergy,2005,28(1):53 [17]Xie Q,Zhang S Q.Theoretical fundamentals to preparation of [2]Romin S,Gonzilez J F,Gonzalez-Garcia C M,et al.Control of coal-based activated carbon with high specific surface area.Car- pore development during CO2 and steam activation of olive bon Sci Technol,2002,12(2):24 stones.Fuel Process Technol,2008,89(8):715 (解强，张双全.制备高比表面积煤基活性炭的理论基础. [13]Gonzalez J F,Romin S,Encinar J M,et al.Pyrolysis of various 炭素科技，2002,12(2)：24)第 11 期 朱琼琼等: 纤维素在炭化和活化过程中的结构变化 its Application in Preparation Activated Carbon． Xuzhou: China University of Mining and Technology Press，2002 ( 解强，边炳鑫． 煤的炭化过程控制理论及其在煤基活性炭制 备中的应用． 徐州: 中国矿业大学出版社，2002) ［10］ Zhang L B，Tu J H，Peng J H，et al． Study on structural change of tobacco stems during carbonization． Chem Ind For Prod， 2006，26( 2) : 44 ( 张利波，涂建华，彭金辉，等． 烟杆炭化过程中结构变化的 研究． 林产化学与工业，2006，26( 2) : 44) ［11］ Prauchner M J，Pasa V，Molhallem N D S，et al． Structural evo￾lution of Eucalyptus tar pitch-based carbons during carbonization． Biomass Bioenergy，2005，28( 1) : 53 ［12］ Ｒomn S，Gonzlez J F，Gonzlez-García C M，et al． Control of pore development during CO2 and steam activation of olive stones． Fuel Process Technol，2008，89( 8) : 715 ［13］ Gonzlez J F，Ｒomn S，Encinar J M，et al． Pyrolysis of various biomass residues and char utilization for the production of activa￾ted carbons． J Anal Appl Pyrol，2009，85( 1 /2) : 134 ［14］ Kovalevski V V，Buseck P Ｒ，Cowley J M． Comparison of car￾bon in shungite rocks to other natural carbons: an X-ray and TEM study． Carbon，2001，39( 2) : 243 ［15］ Fujimoto H． Theoretical X-ray scattering intensity of carbons with turbostratic stacking and AB stacking structures． Carbon，2003， 419( 8) : 1585 ［16］ El-Hendawy A N A． Variation in the FTIＲ spectra of a biomass under impregnation，carbonization and oxidation conditions． J Anal Appl Pyrol，2006，75( 2) : 159 ［17］ Xie Q，Zhang S Q． Theoretical fundamentals to preparation of coal-based activated carbon with high specific surface area． Car￾bon Sci Technol，2002，12( 2) : 24 ( 解强，张双全． 制备高比表面积煤基活性炭的理论基础． 炭素科技，2002，12( 2) : 24) · 1551 ·