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1·The formed pyrolytic products have nearly 50 compounds.

纤维素裂解产生近50个裂解产物；

2·The pyrolytic property of manganese benzoate is similar to that of cupric benzoate.

研究表明：苯甲酸锰与苯甲酸铜在苯甲酸熔融状态下表现出相似的分解性质。

3·But pyrolytic stoves produce almost no soot-the carbon is all locked into the biochar.

但是热分解炉几乎不产生黑烟，碳全都锁在了生物炭中。

4·This composite was reinforced by carbon fiber T300 and densified by CVD pyrolytic process.

该材料用T300碳纤维增强，用CVD法沉积热解碳致密。

5·These data has provided the basis for industry demonstration of the pyrolytic liquefaction.

这些数据为热解液化工业示范装置的设计提供了依据。

6·A self made graphite platform was installed in pyrolytic graphite tube of graphite furnace.

用自制的石墨平台安装于石墨炉中热解石墨管内。

7·Suggest a new method of calculating residual oil saturation by means of pyrolytic parameters.

提出了用热解参数计算残余油饱和度的新方法。

8·The effects of pyrolytic and chromatographic conditions on analysis were studied and discussed.

研究和讨论了裂解和色谱条件对分析的影响。

9·The specific capacities base on pyrolytic temperature, involving lithium storage nanometer cavities.

热解碳材料的比容量取决于热解温度，并与可贮锂的纳米孔有关。

10·The influence of fin al pyrolysis temperature(FPT)on the pyrolytic yield of biomass has been studied.

实验过程中考察了热解反应条件对半焦产率和成分的影响；

热解的

1·The research results obtained can offer an important reference for realizing a continuous and reliable biomass pyrolytic liquefaction process.

实验结果对实现生物质连续可靠的热解液化生产过程具有重要的参考价值。

2·Suggest a new method of calculating residual oil saturation by means of pyrolytic parameters.

提出了用热解参数计算残余油饱和度的新方法。

3·Studies of graphite, modified graphite, coke, pyrolytic carbon and nano carbon materials are summarized. The characteristics of various carbon materials are compared.

介绍了石墨，改性石墨，焦炭，热解碳和纳米级碳材料的研究，比较了各类碳材料的性质。

4·Nanometer-size monolayer and multilayer pits on highly oriented pyrolytic graphite (HOPG) can be used as templates to prepare metal and semiconductor nanostructures.

高取向热解石墨（HOPG）单层及多层纳米孔可作为结构模板合成金属或半导体纳米结构。

5·Large isotropic pyrolytic carbon rings were fabricated by a steady fluidized bed deposition apparatus with a rotating substrate.

采用一种新的旋转基体稳态流化床沉积装置制备大尺寸的各向同性热解炭材料。

(1)pyrolytic reaction热解反应