英语释义

1. to convert into graphite

片语

stretch graphitization拉伸石墨化

eutectoid graphitization共析石墨化

graphitization reaction石墨化反应

graphitization furnace石墨化炉

catalytic graphitization催化石墨化

DC graphitization直流石墨化

Graphitization coke石墨化中焦

graphitization mechanism石墨化机理

primary graphitization一次石墨化

英汉例句

• the graphitization degree of carbon fiber is nearly zero after heat-treatment at 2100℃, however it is about 48.5% after siliconizing at 2100℃.

  在2100℃热处理的炭纤维石墨化度几乎为0，而在2100℃硅化处理的炭纤维石墨化度高达48.5%。

• the presence of water is unfavorable to the graphitization (ordering) of carbonaceous matter.

  高温高压条件下，水的存在不利于碳质物的石墨化（有序化）。

• with the increase of boron content, the degree of graphitization of composites arises.

  随硼酚醛树脂炭含量增加，复合材料的石墨化度随之提高。

• pitch derived carbons were prepared from high temperature pitch and impregnating pitch by carbonization at different pressures and graphitization at 2 500℃.

  将高温煤沥青和浸渍剂沥青在不同压力下炭化，在2500℃下对所得沥青炭进行石墨化处理。

• the pyrogenic decomposition property, porosity and graphitization extent of petroleum coke were investigated by analyzing the petroleum coke raw material.

  从分析石油焦原料着手，考察了其热解特性、孔隙率和石墨化程度。

• the results show that the graphitization of the bent, haz and tee of the main steam pipeline stand is severe, and the relevant components should be replaced.

  结果表明，该主蒸汽管道的弯头、焊缝热影响区和三通等部位石墨化严重，部分部件需要更换。

• the graphitization degree g is increased with the increment of the time and temperature.

  结果表明，石墨化率与自焙时间和温度成正比。

• experimental results showed that the thermal conductivity and electrical conductivity improved, but bending strength decreased with increasing graphitization temperature by the same amount of si.

  实验结果表明，对于掺硅组分相同的再结晶石墨，材料的导电、导热性能随着石墨化温度的升高而增强，但其力学性能却随之降低。

• the effects of heat-treated temperature, the catalyst types and relevant content on carbon fiber catalytic graphitization are discussed in detail in this paper.

  论述了催化剂种类、含量及石墨化温度三因素对碳纤维催化石墨化反应的影响。

• in this paper a simple and easy electric resistance method for graphitization diagnosis of carbon steel steam pipeline is developed.

  本文采用双臂电桥，对两个电厂的石墨化碳钢管道进行了电阻率的测试。

• according to pyrology test, this article has analyzed energy conservation direction and step of electrode graphitization stove.

  通过热工测试，分析了电极石墨化炉的节能方向与步骤。

• the practical design scheme of graphitization exhaust fume system was put forward according to present situation. the chimney neck firing and automatical control were described.

  根据现有情况，对石墨化排烟系统提出了切合实的设计方案，并对烟道着火及自动控制作了介绍。

• equipment for the continuous graphitization of carbon fibers by induction heating was manufactured, which could provide temperature as high as 3 000 ℃.

  采用感应加热技术研制出炭纤维连续高温热处理专用设备石墨化炉，最高使用温度3000℃。

• the increase of graphitization degree is helpful to lower friction coefficient.

  摩擦面石墨化度的升高可导致摩擦系数降低。

• the formula for the resistance of graphitization furnace in later stage is calculated by comparing the ideal model and actual result.

  通过对一理想模型的推算，比较模型与实际的结果，推算石墨化炉通电后期电阻公式。

• for the first time, graphitization degree of worn surfaces under different braking speeds and pressure was studied by using raman spectroscopy and x-ray diffraction .

  首次用x射线衍射与拉曼光谱分析了不同剎车压力与速度条件下摩擦面的石墨化度变化。

• the results show that there is definite relationship between velocity and aging time. with the graphitization increasing, the velocity is decreasing according to the index law.

  研究结果表明：随着石墨化程度的加剧，超声波速度随时效时间按照指数规律递减。

• pitch derived carbons were prepared by carbonization and graphitization of high temperature pitch and impregnating pitch at different pressures and temperature of 2500℃.

  将高温煤沥青和浸渍剂沥青在不同压力下炭化，在2500℃下对所得沥青炭进行石墨化处理；

• graphitization experiments are carried out on pan-based carbon fibers manufactured in china to prepare high modulus carbon fibers.

  使用国产聚丙烯腈基碳纤维进行石墨化实验，制备高模量的碳纤维。

• to consider comprehensively their friction and wear properties, their graphitization degrees should be 45%.

  综合考虑摩擦磨损性能，该粗糙层结构的炭炭复合材料石墨化度控制在45 %为宜。

• the carbonization and the graphitization of pi filament were described.

  叙述了pi 原丝的碳化和石墨化过程。

• the graphitization degree with flow domain type texture is higher.

  流线型结构沥青炭石墨化度较高；