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 A novel approach to determine the activation energy of low-temperature coal oxidation prio
  • 所属机构名称：太原理工大学
  • 会议名称：2014 Australia-China Symposium on Energy
  • 时间：2014.5.12
  • 成果类型：会议
  • 相关项目：基于硫赋存形态及其热变迁行为的高硫煤脱硫机理研究
同会议论文项目
基于硫赋存形态及其热变迁行为的高硫煤脱硫机理研究
期刊论文 57 会议论文 49
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Influence of coal blending on the migration of sulfur during temperature programmed pyrolysis of hig
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Double catalytic effects of inorganic species on char-H2O gasification reaction
A novel approach to determine the activation energy of low-temperature coal oxidation prior to spont
Resolving of the synergistic effects during fast pyrolysis of corncob/lignite blend. Part I: effect
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Study on the interaction of char gasification in mixtures of CO2 and H2O through hydrogen as linking
Study on the interaction of char gasification in mixtures of CO2 and H2O through hydrogen as linking
Double catalytic effects of inorganic species on char-H2O gasification reaction
Structural characteristics of lignite char from different pyrolysis reactors and the influence on th
Double catalytic effects of inorganic species on char-H2O gasification reaction
Influence of devolatilisation conditions on char chemical structure and intrinsic reactivity
Influence of devolatilisation conditions on char chemical structure and intrinsic reactivity
Influence of coal blending on the migration of sulfur during temperature programmed pyrolysis of hig
Influence of coal blending on the migration of sulfur during temperature programmed pyrolysis of hig
Double catalytic effects of inorganic species on char-H2O gasification reaction
A novel approach to determine the activation energy of low-temperature coal oxidation prior to spont
A novel approach to determine the activation energy of low-temperature coal oxidation prior to spont
A novel approach to determine the activation energy of low-temperature coal oxidation prior to spont
Affecting of synergy during fast copyrolysis of biomass/lignite blends on the reactivity of char
Affecting of synergy during fast copyrolysis of biomass/lignite blends on the reactivity of char
Affecting of synergy during fast copyrolysis of biomass/lignite blends on the reactivity of char
Affecting of synergy during fast copyrolysis of biomass/lignite blends on the reactivity of char
Influence of devolatilisation conditions on char chemical structure and intrinsic reactivity
Influence of devolatilisation conditions on char chemical structure and intrinsic reactivity
Research on the influence of mineral matters on co-pyrolysis behaviors of lignite/corncob through th
Research on the influence of mineral matters on co-pyrolysis behaviors of lignite/corncob through th
Changing of the pore structure of dewatered brown coal and its effect on moisture re-adsorption beh
Links between reactivity and structure evolution during gasification of various chars in steam
Links between reactivity and structure evolution during gasification of various chars in steam
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Links between reactivity and structure evolution during gasification of various chars in steam
Structural characteristics of lignite char from different pyrolysis reactors and the influence on th
Structural characteristics of lignite char from different pyrolysis reactors and the influence on th
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Impacts of tetrachloroethylene extraction under ultrasonic field on the release behaviour of sulfur
Impacts of tetrachloroethylene extraction under ultrasonic field on the release behaviour of sulfur
 A novel approach to determine the activation energy of low-temperature coal oxidation prio
 A novel approach to determine the activation energy of low-temperature coal oxidation prio
 A novel approach to determine the activation energy of low-temperature coal oxidation prio
Resolving of the synergistic effects during fast pyrolysis of corncob/lignite blend. Part I: effect
Resolving of the synergistic effects during fast pyrolysis of corncob/lignite blend. Part I: effect
Impacts of tetrachloroethylene extraction under ultrasonic field on the release behaviour of sulfur
Impacts of tetrachloroethylene extraction under ultrasonic field on the release behaviour of sulfur