1) blend carbonization
共混炭化
1.
Polymer blend carbonization is hopeful to become one method of finely controlling the pore size of carbon materials.
聚合物共混炭化法有望成为一种能够对炭材料孔径进行精细控制的方法。
2) polymer blend technique
聚合物共混炭化
1.
The polymer blend technique was proposed as a method for designing porous carbon materials used as electrodes in electric double - layer capacitance (EDLC).
以酚醛树脂(PF)为原料,聚乙烯醇缩丁醛(PVB)为成孔剂,采用聚合物共混炭化法制备双电层电容器 用多孔炭材料。
3) co-carbonization
共炭化
1.
The purpose of this research was to manufacture the modified mesophase pitch, as well as needle coke, by co-carbonization of toluene soluble of coal tar pitch (TS) and waste polystyrene (WPS), ethylene tar pitch (ETP) and WPS, respectively.
本课题是以废聚苯乙烯（WPS）为添加剂，分别与煤焦油沥青和乙烯焦油共炭化制备改性中间相沥青，进而制备针状焦，以达到资源的充分利用。
4) co-carbonization
共炭化反应
1.
The structure change of medium coal tar pitch(MCTP) during co-carbonization was investigated by using NMR.
使用一种工业重质油和中温煤焦油沥青进行共炭化反应，改善了煤沥青的炭化性质。
2.
The heavy fraction of light diesel oil(LDOHF),derived from petroleum naph-tha catalytic cracking, was chosen as the additives in co-carbonization of medium coal tarpitch(MCTP)in order to modify its carbonization property.
催化裂化轻柴油重组分─—三线芳烃和中温煤焦油沥青进行共炭化反应，改善了沥青的炭化性能。
5) chemical blending
化学共混
1.
Tests for improving ductility of road paving asphalt by chemical blending technique
利用化学共混法改善重交沥青延度试验
6) vulcanized blend
硫化共混物
补充资料：高挥发分煤与沥青共炭化
高挥发分煤与沥青共炭化
a．高挥发分煤单独炭化的焦炭光学组织 (各向同性’ 霪 b．沥青单独炭化的焦炭光学组织(片状) C．煤与沥青(70：30)共炭化时焦 炭的光学组织(细粒镶嵌)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条