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1·Effect of operation conditions on light aromatic hydrocarbon yield of catalytic pyrolysis of biomass;

研究了离心空气分级机中操作条件对分离粒径的影响。

2·Catalytic pyrolysis of biomass is one of the important methods of biomass thermal chemical conversion.

生物质催化裂解是生物质热化学转化的一种重要途径。

3·After hydrothermal catalytic pyrolysis reaction of heavy oil, the stability of asphaltene became worse.

经过供氢催化水热裂解反应，稠油中沥青质的稳定性下降。

4·The progress in various catalysts and reactors used in catalytic pyrolysis of waste polyolefins was reviewed.

综述了废聚烯烃催化裂解反应中所用的主要催化剂及反应器的研究进展。

5·The evaluation of catalytic pyrolysis catalyst using Daqing vacuum gas oil as feed stock was carried out on a heavy oil micro reactor.

采用重油微反应装置，以大庆蜡油为原料对催化裂解催化剂进行了反应评价。

6·A 7-lump kinetic model was proposed for heavy oil catalytic pyrolysis. The reaction network and mathematics expressions were also given.

建立了重油催化裂解七集总动力学模型，给出了模型的反应网络和数学表达式。

7·Experimental results show that microreactor has significant advantages respecting the study of catalytic pyrolysis compared to other reactors.

试验结果表明，对于催化裂解过程的研究，微型反应器有其它形式反应器所不具备的独特优势。

8·The invention discloses a method for preparing low-carbon olefin by hydrocarbon catalytic pyrolysis combined with a hydrogen burning technology.

本发明公开了一种结合氢燃烧技术的烃类催化裂解制取低碳烯烃的方法。

9·Carbon nanotubes prepared by a catalytic pyrolysis method were considered as active electrode materials for the storage of energy in supercapacitors.

通过催化裂解法制备了碳纳米管并进一步制备了碳纳米管薄膜电极。

10·The reaction ability and products' distribution of catalytic pyrolysis of Daqing vacuum gas oil (VGO) were investigated by using heavy oil micro reactor.

采用重油微反装置考察了大庆蜡油催化裂解反应的主要产物随反应温度的变化规律。