残渣态黑碳Residual black carbon 浓缩态黑碳Con

残渣态黑碳
Residual black carbon 浓缩态黑碳
Condensate black carbon 参考文献
References
形成过程
Formation 成因 固体 燃 烧 物 质 热 解 残 留 而成 燃烧 生 成 气 体 中 的 碳 浓 缩聚合而成 [45 ,57 ]
形成温度 低( 600 益 ) [47 鄄 48 ]
物理性质 粒径 大( cm 至 滋m) 小( 滋m 至 nm) [19 ]
Physical properties BET 比表面积a 大(1 . 3 —776 m2 / g) 小(3 . 6 —127 m2 / g) [60 鄄 61 ]
平均孔隙直径b 小(2 . 8 nm) 大(9 . 9 —19 . 5 nm) [56 ,60 ]

Resultados (inglés) 1:

Residual black carbonResidual black carbon black carbon concentration StateCondensate black carbon referenceReferencesFormation processFormation cause of solid combustion pyrolysis residue from combustion gases carbon concentration of polymerized into [45, 57] Low formation temperature (<600 Yi) high (>600 Yi) [47-48]Physical properties of large grain size (cm to HIV/AIDS m) small (Zi m to NM) [19]Physical properties BET specific surface area of a large (1.3-776 m2/g) small (3.6-127 m2/g) [60-61] B average pore diameter small (2.8 nm) (9.9-19.5nm)[56,60]

Resultados (inglés) 2:

Residual carbon black
Residual black carbon black carbon was concentrated state
Condensate black carbon References
References
Formation
Formation Causes solid fuel pyrolysis residue from combustion gases carbon concentrated polymerization [45, 57]
the formation of a low temperature (<600 Yi) high (> 600 benefit) [47 Juan 48]
physical properties of large particle size (cm to AIDS m) small (AIDS m to nm) [19]
the physical properties a BET large (1. 3 -776 m2 / g specific surface area of a ) small (3. 6 -127 m2 / g ) [60 Juan 61]
The average pore diameter b smaller (2. 8 nm) large (9. 9 -19. 5 nm ) [56, 60]

Resultados (inglés) 3:

残渣态黑碳残余的黑碳浓缩态黑碳黑碳参考文献凝结工具书类形成过程形成成因固体燃烧物质热解残留而成燃烧生成气体中的碳浓缩聚合而成[ 45，57 ]形成温度低（＜600益）高（> 600益）[ 48 ] 47鄄物理性质粒径大（厘米至滋m）小（滋M至nm）[ 19 ]物理性质比表面积赌一大（1。3 - 776平方米/克）小（3。6 - 127平方米/克）[ 60，61 ]鄄平均孔隙直径B小（2。8 nm）大（9。19 - 9。5纳米）[ 56，60 ]