本文评述了延迟焦中的杂质（包括金属杂质与非金属杂质）对炼铝用阳极和炼钢用石墨电极质量的影响。
In this paper, the influence of impurities (including metallic and nonmetallic impurities)of delayed pretroleum coke on the quality of anode and graphite electrode was evaluated.
本文采用图像分析的方法，系统地研究了一种优等石墨电极中针状焦晶粒的取向与其在电极中的径向位置的依赖关系。
This paper reports a systematic study on the needle-coke grain orientation as a function of radial position of a premium grade graphite electrode using image analysis.
针状焦的真密度强烈地影响着石墨电极的体积密度：真密度高的焦炭往往产生低密度的电极。
The real density of needle coke strongly influences the bulk density of graphite electrodes: a coke of high real density tends to yield low density rods.
石油焦的煅烧可产出几乎纯的碳或人造石墨，适于生产电极、电机刷和干电池等。
Calcination of petroleum coke can yield almost pure carbon or artificial graphite suitable for production of electrodes, motor brushes, dry cells, etc.
发现生石油焦可以作为配料混合物中的一种组份生产高质量的焙烧电极。
It was found that the green petroleum coke can be used as a component of mix formulation to produce carbon electrode of good quality.
与裸玻碳电极相比，焦性没食子酸在MWNT修饰电极上的氧化峰电流显著增加。
The oxidation peak current for pyrogallol at the MWNT-modified GCE increased significantly compared with that at the bare GCE.
在实验室进行了炭电极的电热加压焙烧实验，研究了生石油焦对炭电极制品的影响。
The baking of carbon electrode under pressure and electric heating was carried out in laboratory. The effect of green petroleum coke on quality of product was studied.
将香焦组织与氧电极偶合，制成了草酸生物组织电极。
A banana tissue electrode sensitized for oxalate has been prepared by coupling the banana pulp tissue with an oxygen electrode.
使用小粒度半焦可避免炉底缺碳，有利于电极深插，扩大坩埚，降低硅铁冶炼电耗。
Using small-sized semicoke can avoid lacking carbon in furnace bottom and is favourable to inserting electrode deeply, enlarging crucible and reducing eletricity consumption.
使用小粒度半焦可避免炉底缺碳，有利于电极深插，扩大坩埚，降低硅铁冶炼电耗。
Using small-sized semicoke can avoid lacking carbon in furnace bottom and is favourable to inserting electrode deeply, enlarging crucible and reducing eletricity consumption.
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