(1) Major ingredients of pyrolytic tar of larch bark were studied by advanced analysis methods such as FTIR, DTA and GC-MS.

(2) The textural of pyrolytic carbons were observed by polarized light microscopy(PLM), and the graphitization degree and microcrystal size of these C/C composites was analyzed by XRD.

(3) Through pyrolysis, Hg and pyrolytic vapor will be reliefed from organic samples.

(4) The pyrolytic characteristics of two seaweeds were investigated by thermogravimetric analysis technique.

(5) Pyrolytic conversion of organic precursors is an important way to synthesizeadvanced ceramic materials.

(6) Pyrolytic conversion does not destroy the porous carbon structure created by nature.

(7) The pyrolytic reaction of some polymeric films in Ar atmosphere were investigated by thermogravimetric analysis method.

(8) The pyrolytic bio-oil produced from cornstalk by flash pyrolysis in a fluidized bed reactor was analyzed. The composition of the bio-oil was determined by GC-MS and FTIR.

(9) Gas chromatographic analysis for thermal dimerization mixture of pyrolytic C5 fraction was carried out by using capillary column.

(10) The chemical composition of the pyrolytic oil was clearly known this way.

(11) This composite was reinforced by carbon fiber T 300 and densified by CVD pyrolytic process.

(12) First-order reaction model and parallel reaction model have been established to describe the pyrolytic process of waste biomass.

(13) By extending the post-chamber length the oxidizing gas and the fuel pyrolytic gas can burn completely and the average combustion temperature can be prominently increased.