摘要
Percolation theory is improved and applied to analyze the catalytic effect of NaCl addi-tive on desu1phtirisation with limestones under the Fluidized Bed(FB) conditions. The autherproposed that NaCl not only enlarges the average inner pore diameter but also improves thepore connectivity of CaO calcined by limestone, which can be proved by the changing ofBethe network coordination number(Z) from 6 without NaCl to 7.8 when NaCl is presentwith a content of 1.95 wt%.
Percolation theory is improved and applied to analyze the catalytic effect of NaCl addi-tive on desu1phtirisation with limestones under the Fluidized Bed(FB) conditions. The autherproposed that NaCl not only enlarges the average inner pore diameter but also improves thepore connectivity of CaO calcined by limestone, which can be proved by the changing ofBethe network coordination number(Z) from 6 without NaCl to 7.8 when NaCl is presentwith a content of 1.95 wt%.
出处
《工程热物理学报》
EI
CAS
CSCD
北大核心
1997年第2期242-245,共4页
Journal of Engineering Thermophysics
关键词
渗透模型
添加剂
石灰石
脱硫
催化
燃烧
氯化钠
percolation theory, coordination number of Bethe network, desulphurisation, NaCl additive
