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1·Pitch and pitch coke, obtained from coal tar or from other mineral tars.

从煤焦油或其他矿物焦油所得的沥青及沥青焦。

2·The present paper reviews research methods, experimental equipments and main conclusions for pitch coke in the world.

本文介绍了世界各国对于沥青焦的实验室研究方法、试验装置和主要结论。

3·Results show that the density and the compressive strength increase with an increase of the average (particle) size of granular pitch coke.

结果表明：沥青基炭复合材料的密度和抗压强度随焦炭颗粒平均细度的增大而增加。

4·The effect of the average particle size of the granular pitch coke on the density and compressive strength of CRPCC materials was studied in detail.

研究了焦炭颗粒的平均细度对焦炭颗粒增强沥青基炭复合材料的密度和抗压强度的影响趋势，并从数学上分析了密度对抗压强度的影响规律。

5·Electrochemical intercalation of lithium into PAN based carbon fibers, petroleum coke, pitch coke and needle coke were studied by AC impedance method.

用交流阻抗法对PAN基碳纤维、石油焦、沥青焦、针状焦进行了嵌锂过程的研究。

6·Both the oxidation resistance and the electrical conductivity of the pitch coke can be improved when a suitable amount of activating agent is added in the coal-tar pitch.

用这种煤沥青制得的沥青焦，其抗氧化性提高，在活化剂加入量适宜时沥青焦的导电性能也有所提高。

7·Both the oxidation resistance and the electrical conductivity of the pitch coke can be improved when a suitable amount of activating agent is added in the coal tar pitch.

初步探讨了活化剂的加入对煤沥青的焦化活性、沥青焦的结构、氧化活性和导电性的影响。

8·Selective oxidation of carbon anode in aluminum electrolysis caused by reactivity difference between pitch coke and petroleum coke is one of the main causes for excess carbon consumption.

铝电解生产中，碳素阳极两组分(石油焦和沥青结焦)的活性差异带来阳极的选择性氧化，是造成碳素阳极过量消耗的主要原因之一。

9·Activated carbons were prepared from asphalt coke, pitch and oxidated pitch by KOH activation method.

以沥青焦、煤沥青以及氧化沥青为原料，采用KOH活化法制备高比表面积活性炭。

10·The experimental results showed that coke reactivity is increased with lime stone addition and reduced with pitch addition, but the coke strength after reaction is increased.

实验结果表明，加入石灰石后焦炭的反应性显著升高，加入沥青后焦炭的反应性降低，反应后强度提高。