Homogeneous porous carbons were obtained from phenolic resin/ethylene glycol resin mixtures based on polymerization-induced phase separation and template method. The effect of FeCl2 content (ωFe) on the pore structure of the porous carbons was systematically investigated. The addition of iron favors the formation of porous pores with large pore size, fine carbon skeleton and uniformly distributed pore structure. With ωFe increasing from 0% to 1%, the average pore size and apparent porosity of the porous carbons increase from 14 to 190 nm and from 25.6% to 63.3%, respectively. Iron ions can be used as a template and catalyst to change the pore structure of porous carbons.

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porous carbons template porosity locpostfeinf pore structure polymerizationinduced phase separation locpost2inf content

Zhengren Huang, Bingbing Pei, Ping Cai, Yunzhou Zhu,Xishi Wu,.Effect of FeCl2 on the pore structure of porous carbon obtained from phenol formaldehyde resin and ethylene glycol. 215 (0),.

Zhengren Huang, et al."Effect of FeCl2 on the pore structure of porous carbon obtained from phenol formaldehyde resin and ethylene glycol" 215

Zhengren Huang, Bingbing Pei, Ping Cai, Yunzhou Zhu,Xishi Wu,"Effect of FeCl2 on the pore structure of porous carbon obtained from phenol formaldehyde resin and ethylene glycol"