石墨的

According the research, by inducing TiC into conventional carbon/ graphite materials, their flexural strength increased 13.4%, compressive strength increased 38.1%, void ratio decreased 16.9% in respective. The reason of the performance improvement is as follows: TiC decomposed during the process and hence Ti accelerate the graphitize process, which can increase the mechanical performance of the carbon/ceramic composite materials.

从研究结果可以看出，TiC掺杂可使碳陶瓷复合材料的抗折强度提高13.4%，抗压强度提高38.1%，气孔率降低16.9%；其机理在於TiC掺杂在碳陶瓷复合材料制备过程中能促进碳陶瓷石墨化，使晶体更加完整、细化，有利於力学性能的提高。

The results show that the polymer determines the electricity conducting of coal filled polymer composites. The coal filled PP composites is an insulating material, and be independent of coal type, its direct current resistivity is above 10〓Ω·cm. The resistivity drops with the content of coal when using anthracite, but it is also above 10〓Ω·cm, and the surface modification of coal, especially alkylated, resumes the insulance of composites.

X射线衍射测试表明即使在高变质程度下煤中的石墨晶区含量仍较低，煤填充聚合物复合材料电性能主要由基体材料性能决定，通过动电容静电计对煤填充聚丙烯复合材料直流电导性研究表明，煤填充聚丙烯复合材料是绝缘材料，其绝缘电阻在10〓Ω·cm以上，在高含量情况下，仍能保持良好的绝缘性，而与煤种无关。

On the basis of the ligamental reticulated carbon foam by Klett J W in 2000 and hollow microsphere carbon foam by Bruneton E in 2002, a hollow microsphere/ reticulated composite carbon foam was prepared by microstructural optimization, carbonization and graphitization respectively.

在Klett J W等人于2000年制备的韧带网络型碳泡沫和Bruneten E等人在2002年制备了一种空心微球碳泡沫材料结构的基础上，分别经过微观结构优化、碳化、石墨化处理，制备出了一种空心微球/网络复合型碳泡沫材料。

This is because the inflation graphite may take the load metal the carrier, moreover the crevice are many, may the very good accommodation nanometer metallics.

这是由于膨胀石墨可作为负载金属的载体，而且空隙多，可很好的容纳纳米金属粒子。

By testing and analyzing the technics of coating plumbaginous glue inside steel cases and repressing of the cathode ring, the optimum processes and technology of the mercury-free alkaline manganese dioxide battery were discussed.

对无汞碱性锌锰电池采用钢壳涂石墨胶，正极环复压的试验进行分析，探讨有关工艺技术和关键工序控制，提高无汞电池的短路电流，使无汞电池性能得到充分发挥。

By testing and analyzing the technics of coating plumbaginous glue inside steel cases and repress ing of the cathode ring, the optimum processes and technology of the mercury-free alkaline manganese dioxide battery were discussed.

对无汞碱性锌锰电池采用钢壳涂石墨胶，正极环复压的试验进行分析，探讨有关工艺技术和关键工序控制，提高无汞电池的短路电流，使无汞电池性能得到充分发挥。

The TiB2 cathodic composite coating materials were explored with ambient temperature solidification technique. The TCC with the technique was successfully applied to 160kA and 75kA of prebake cells.

常温固化涂层阴极性能显示，其各项性能与高温固化涂层阴极相当，均超过了GB8744一88对铝电解用半石墨阴极炭块的要求，具备应用于铝电解生产的基本条件。

The TiB〓 cathodic composite coating materials were explored with ambient temperature solidification technique. The TCC with the technique was successfully applied to 160kA and 75kA of prebake cells.

常温固化涂层阴极性能显示，其各项性能与高温固化涂层阴极相当，均超过了GB8744-88对铝电解用半石墨阴极炭块的要求，具备应用于铝电解生产的基本条件。

Determination of the analyte by GFAAS was performed in parallel with the preconcentration of the next sample.

通过对沉淀器的合理设计，解决了连续进样与非连续测定的矛盾，使流动注射与石墨炉原子吸收光谱联用成为可能。

The tip was applied to scan the surface of highly-oriented pyrolytic graphite, and the results were satisfactory.

利用所制备的针尖对高序石墨进行STM扫描，效果良好，可用于原子级图像的扫描。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。