太原理工大学学报Issue(6)：644-650,655,8.DOI:10.16355/j.cnki.issn1007-9432tyut.2015.06.003
AMP含量对神府低发热值煤（Ⅲ）制备的含铁型焦气化反应起始温度的影响
Influence of Australian Miner Powder Content on the Starting Temperature of Gasification Reaction of the Carbon Iron Composite made of Shenfu coal-Ⅲ
摘要
Abstract
CO2 emission has negative effects on human survival and development .Shenfu coal‐Ⅲ and Australian miner powder (AMP) were mixed to fabricate carbon iron composite (CIC) by hot pressing .Then the effects of AMP content on properties of CIC ,such as microstructure , phase ,and starting temperature of CIC gasification reaction ,were investigated by XRD ,SEM‐EDS and DSC .The results show that the fraction of Fe atoms and pores in CIC increased with the in‐crease of AM P content .Owing to the catalytic effect of Fe on CIC ,the starting temperature of gasification reaction dropped from 936.5℃ to 876.3℃ .关键词
含铁型焦/气化反应起始温度/Fe催化/CO2 浓度Key words
carbon iron composite/gasification reaction temperature/catalytic effect of iron/CO2 concentration分类
矿业与冶金引用本文复制引用
张龙龙,刘建国,王社斌..AMP含量对神府低发热值煤（Ⅲ）制备的含铁型焦气化反应起始温度的影响[J].太原理工大学学报,2015,(6):644-650,655,8.基金项目
国家重点实验室开放课题资助铁矿粉含量对含铁型焦气化反应起始温度的影响 （）
