the research status, including pcb scrap components, pyrolysis process, pyrolysis products characteristics and pyrolysis devices, was introduced in general.
对废旧印刷线路板的成分、热解工艺、热解产品特性和热解设备等方面的研究状况进行了全面的论述。
the confined system pyrolysis is carried out using jurassic coal from the tarim basin a nd the variances in the stable carbon isotope values of methane in pyrolysis products are analyzed.
以库车坳陷侏罗系煤在限定体系下热解实验为基础,分析了煤成气甲烷碳同位素演化的基本特征。
waste printed circuit board(pcb) was pyrolyzed in a self-developed fixed bed batch vacuum pyrolyzer and the pyrolysis products were analyzed.
在自行设计的间歇式固定床真空热解装置中热解废印制线路板(pcb),对热解产物进行了分析。
in this experiment, fluidization reactor and seals, and circulation system were used to make the pyrolysis products de composing and gasifying rapidly and steadily.
试验采用了沸腾床反应器及密封体系,使裂解物快速稳定分解气化。
at 550~600℃, the pyrolysis products of normal polyester urethanes were characteristic of polyurethanes composition, which can be used to determine the polymer chemical structure.
在550~6 0 0℃条件下,聚氨酯均可裂解成其组成单体或与其单体相关的特征产物,经气相色谱分离、质谱定性鑒定,可确定该聚酯型聚氨酯的结构组成。
almost all three biomasses pyrolysis products contain furfural and phenol, 2-methoxy-.
三种生物质热解液体产物中几乎都含有糠醛、2-甲氧基苯酚。
the results show that matrixes have changed the composition of pyrolysis products and have decreased the apparent activation energy of pyrolysis reaction, thus speeding up the progress of reaction.
实验结果表明:各种介质均改变了干酪根热解产物的组成特征,并不同程度降低了干酪根裂解的表观活化能,从而加速了反膨的进行。
the liquid pyrolysis products are easy to store and transport, and can be used as alternative fuels for power generation and heating.
其中液体产物具有便于运输、储存等优点,可替代燃料油用于发电、供暖系统以及可代替矿物油提炼某些重要的化学物质。
the role of plastic pyrolysis products (ppp) in the preparation of activated carbon from three typical municipal solid organic wastes (msows: sawdust, paper and plastic) was investigated.
前言:研究了以锯木屑、纸张和塑料的热解物为原料制备中孔活性炭过程中塑料热解物所起的作用。
in pyrolysis gas chromatography an alumina column and tcd/fid detectors in series are used. h2 and c1 -c6 hydrocarbons in the pyrolysis products can be simultaneously measured for one sample input.
在烃类的热解气相色谱中,使用氧化铝色谱柱和tcd/fid串联的双检测器系统,在一次进样之后,可同时检测出热解产物中的氢和c_1~c_6烷烯烃。
for this reason, research on secondary reactions of the primary pyrolysis products becomes very important.
因此,研究煤热解二次反应对实际过程有着重要的指导意义。