1) biomass pyrolysis gas
生物质热解气
1.
The reduction of NO by biomass pyrolysis gas and its contented species were analyzed and numerical simulated with the detailed chemical kinetic model by plug-flow reactor (PFR) model of Chemkin4.
1化学动力学软件,基于详细反应机制的柱塞流反应模型对生物质热解气及其成分气再燃还原NO反应过程进行机制分析和数值模拟研究。
2) biomass pyrolysis
生物质热解
1.
Experimental study of blockage in condensation heat exchanger during biomass pyrolysis
生物质热解过程冷凝用换热器堵塞的实验研究
2.
By analyzing the physical characteristics and the operation condition of biomass pyrolysis,the biomass pyrolysis is described using kinetic model and heat and mass transfer model.
通过分析生物质热解的物理特性和运行条件,采用动力学模型和传热、传质模型,对生物质热解进行描述。
3) fast pyrolysis of biomass
生物质快速热解
1.
Large-scale fast pyrolysis of biomass to produce bio-oil will be an important technology to solve the problem of liquid fuel shortage.
大规模生物质快速热解制取生物油将成为解决液体燃料短缺的一个重要途径。
5) biomass pyrolysis experiment
生物质热解试验
6) biomass tar
生物质热解焦油
1.
Effects of catalytic cracking conditions on biomass tar cracking
催化裂化条件对处理生物质热解焦油的影响
补充资料：生物
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