The results show that pyrolysis temperature, pyrolysis time and pyrolysis rate have an obvious effect on the special surface area(SSA) and average pore size(APS) of the biomass chars.
对于稻壳、树叶、棉花杆、玉米杆四种生物质焦，通过压汞法测量了其在大孔和部分中孔范围内的孔隙结构，发现热解温度、热解保持时间、热解快／慢速都会影响着焦样的比表面积和平均孔径。
Pyrolysis pressure and heating rate showed little effect on the yield of volatile matter of macerals.
热解升温速率和压力对镜质组和丝质组的挥发分收率略有影响。
Explanation was given on improvement effect of heating rate to caking property from essence of chemical reaction using pyrolysis kinetics.
并用热解动力学从化学反应的本质解释了升温速率对煤的粘结性的改善作用。
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