Resultados (
inglés) 1:
[Dupdo]Copiado!
Table 1 wave Formation, physical and chemical properties of residual and condensate black carbonsResidual black carbonResidual black carbonConcentrated state of black carbonCondensate black carbonReferencesReferencesFormation processCauses of FormationSolid residues of combustion pyrolysisIntoCarbon in the combustion gases concentrationCondensation polymerization 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) (9.9-19.5 nm) [56,60]PropertyChemical properties elements H/C:0. 16-1. 52O/ C:0. 11-0. 72N/ C:0. 0016-0. 14H/ C:0. 1-0. 69O/ C:0. 08-0. 33N/ C:0. 016-0. 07[25,62-63]Functional group (0.26-3.02 mmol/g) less [61],[63]Low degree of aromatic high [51]Shake a: studies have found that standards for nitrogen use BET method cannot detect aperture smaller than 2 nm pore surface area, but rules can detect carbon dioxide concentration State black carbon soot has a great deal of micro-Pore surface area [22,64]; B: does not contain <2 nm pore3 shakes of black carbon sources and analysis3.1 roll of black carbon sourcesBlack carbon
Está traduciendo, por favor espere..