Journal of Fuel Chemistry and Technology 2004 Issue 6 ran liao hua xue xue bao 2004 nian zong mu ci

ran liao hua xue xue bao 2004 nian zong mu ci

..............page:Ⅰ-ⅩⅢ

Mechanism analysis of a novel semi-dry flue gas desulfurization method
zhou yue gui ; zhang ming chuan ; fan wei dong ; fan hao jie ; yu juan

..............page:768-771

Study on kinetic model of hydrothermal deactivation and model of unit balance activity for catalytic cracking catalyst
ren jie ; deng ming bo

..............page:762-767

Role of 13X in NO decomposition in pulsed corona plasma
li li xin ; huang hai tao ; chen yong

..............page:756-761

Investigation on degradation of PE to oils in supercritical water
su xiao li ; zhao yu long ; zhang rong ; wang jin feng ; bi ji cheng

..............page:750-755

Study on ZSM-5/Y composite zeolite for catalytic cracking of hydrocarbons
shen bao jian ; chen hong lin ; pan hui fang

..............page:745-749

Study on Fe-Al-P-O catalyst for propylene epoxidation to propylene oxide
zhong shun he ; zhong liang ; sun fei fei ; xiao xiu fen

..............page:740-744

Influence of precipitation method on the properties of precursors of CuO/ZnO/Al2O3 catalysts
fang de ren ; liu zhong min ; li xiao qiong ; zhang hui min ; xu lei

..............page:734-739

Effects of pre-oxidation and reduction on the low temperature oxidation of CO over Pd/CeO2-TiO2
zhu hua qing ; qin zhang feng ; wang jian guo

..............page:729-733

Experimental study on hydrogen gas generation using sodium borohydride aqueous solution
wang tao ; zhang xi gui ; li ju feng ; qin pei ; xia bao jia

..............page:723-728

Effect of calcination temperature on the structure and Fischer-Tropsch performance of Fe-Mn catalyst
yang yong ; tao zhi chao ; zhang cheng hua ; wang hong ; tian lei ; xu yuan yuan ; xiang hong wei ; li yong wang

..............page:717-722

Effects of pyrolysis chamber on gas/solid flow characteristics of the standpipe in a CFB combined with coal pyrolysis reactor system
wang zhi feng ; liang peng ; dong zhong bing ; bi ji cheng

..............page:711-716

Simulation of wood chips combustion process in biomass furnace
yan chang feng ; chen yong ; li hai bin ; wu chuang zhi ; zhao song

..............page:705-710

Hydrodynamics in a cold-model jetting fluidized-bed gasifier with a binary mixture
zhang zuo ; zhang ji yu ; zhang bi jiang

..............page:699-704

Catalysis mechanism of potassium salt during rapid pyrolysis of cellulose
wang shu rong ; liao yan fen ; wen li hua ; luo zhong zuo ; zuo ke fa

..............page:694-698

Microstructures of self-desulfurization residue of Shenmu coal ash in combustion
cheng jun ; zhou jun hu ; xu xiao qiong ; liu jian zhong ; cao xin yu ; zuo ke fa

..............page:689-693

Determination of colored compounds in Pingba RP-3 jet fuel and its degradation properties during storage
chen li bo ; guo shao hui ; song lan zuo ; zhao zhi xiang ; zhang zhan gang

..............page:684-688

Study on the associative structure of coal Ⅰ Associative kinetics in solution
shui heng fu ; zhou hua

..............page:679-683

Effect of heat treatment on the reactivity and microstructure of coal-char
zhang shou yu ; lv jun fu ; wang wen xuan ; zhu ting zuo ; li yong ; yue guang xi

..............page:673-678

NMR determination of petroleum asphaltenes and their model molecules evaluation
dong xi gui ; lei qun fang ; yu qing sen

..............page:668-672

Studies on the formation of HCN and NH3 during coal macerals pyrolysis
lin jian ying ; li wen ying ; chang li ping ; xie ke chang

..............page:663-667

Experimental study on the pyrolysis characteristic of coal blends using TGA-FTIR
zhou jun hu ; ping chuan juan ; yang wei juan ; liu jian zhong ; cheng jun ; zuo ke fa

..............page:658-662

Mechanism of spontaneous combustion of coal at initial stage
shi zuo ; deng jun ; wang xiao fang ; wen zhen yi

..............page:652-657

Investigation of Hydropyrolysis behaviour of Shenmu macerals by TG-MS
sun qing lei ; li wen ; chen zuo zuo ; li bao qing

..............page:647-651

Mathematical model for predicting combustion behavior of coal blends
dai cai sheng ; dan zhong jian

..............page:641-646