碳和石墨材料具有独特的性能。
等静压石墨是一种新型石墨材料。
The isostatic pressure graphite is a kind of new graphite material.
考察了粘结剂对石墨材料传导性能的影响。
Effect of adhesive on conductivity of the graphite material was investigated.
传送臂的表面涂覆有导电的氟化石墨材料。
A surface of the transporting arm is coated with a conductive fluorinated graphite material.
本文利用虚位移场方法测量石墨材料的力学参数。
In this paper, a so-called virtual displacement field method for graphite material constitutive parameters identification is presented.
结果表明这种方法可以有效测量石墨材料的弹性参数。
Results show that the elastic parameters of graphite can be successfully identified by this method.
考察了粘结剂含量对石墨材料电、热传导性能的影响。
The effect of binder content on the electrical and thermal conductivity of the bulk graphite has been investigated.
低密度石墨的摩擦系数和体积磨损量比高密度石墨材料高。
The low density graphite gets higher friction coefficient and bulk worn loss than the high density graphite.
对几种不同性能的碳源石墨材料进行了合成金刚石的实验。
The experiment for synthesizing diamond from some kinds of different carbon source' s graphite was proceeded.
锂离子除了可从002面嵌入石墨材料外，还可从004面嵌入。
The Li -ion could intercalate to graphite in 002 face, and also intercalate in 004 face.
结果表明，室温固化型高温粘结剂对石墨材料具有良好的粘接性能。
Results showed that the high temperature adhesive cured at room temperature had satisfied bonding performance for graphite materials.
用进口高纯石墨材料制作，杂质含量低，长期在高温下使用不变形。
Made of imported high purity graphite material with low impurity content, no transformation in long term high temperature.
用进口高纯石墨材料制作，杂质含量低，长期在高温下使用不变形。
Made by imported high quality graphite material with low impurity content, no out of sharp issue under long time high temperature.
各向同性石墨材料是近年来被开发并广为应用的一种新型炭素材料。
Isotropic graphite has; recently developed and widely used as a new type of carbon material.
该聚合物材料可以是与石墨材料相容的任何聚合物或可聚合材料。
The polymeric material can be any polymer or polymerizable material compatible with graphitic materials.
研究了纯石墨和铜-石墨材料的阴极斑点的特性及真空电弧截流现象。
In the paper, the cathode spot movements and chopping current of pure graphite and copper-impregnated metallized graphite (Cu-C) in vacuum were investigated.
用煅烧石油焦和煤焦油为基本原料，采用热压工艺制备了几种石墨材料。
Several graphite samples were made from calcined coke and coal tar by hot pressing.
以煅后石油焦和煤沥青为基本原料，采用热压工艺制备了一系列石墨材料。
Bulk graphite was prepared from starting materials of calcined coke and coal tar pitch by the hot pressing process.
高性能复合石墨材料由石墨与合成树脂在一定温度和压力下模压复合而成。
Advanced graphite composite is made from graphite and synthetic resin, it is formed by direct moulding process under a definite temperature and pressure.
炭-石墨材料的性能决定于其结构，而孔结构是炭-石墨材料结构的重要方面。
The properties of carbon and graphite materials are determined by their structure and the pore structure is an important part of carbon and graphite materials' structure.
为了改善现有的碳石墨材料的使用性能，我们可以通过化学处理来达到这一目的。
The improvement of service properties of existing carbon and graphite material can be gained through chemical treatment.
石墨基体中的金属能改善石墨材料散热的各向异性，提 高材料的整体散热性能。
The metal in the graphite substrate can not only improve the aeolotropy of graphite radiation, but also facilitate the overall radiation of the material.
用煅烧石油焦和煤沥青为基本原料，采用热压和石墨化工艺制备了几种纯石墨材料。
Bulk graphite was prepared from calcined coke and coal tar pitch precursors by hot pressing and graphitization.
本实用新型属于多孔石墨材料的制备技术领域，具体涉及一种多孔石墨的挤出装置。
The utility model relates to the technical field of the making of porous graphite materials, in particular to a porous graphite extruder device.
用一种能避免样品在磁场中自由转动的新的测定技术测定了多粒炭石墨材料的磁化率。
Magnetic susceptibility of polygranular carbon and graphite materials obtained with a new measurement technique, which avoids free rotation of the samples in the magnetic field, was investigated.
填料采用柔性性石墨材料，密封性可靠。用户有要求时可提供填料隔环和注油脂结构。
Packing uses flexible graphite for dependable sealing performance. If request by users , packing spacer ring and greasing mechanism can be available .
该t2' 007欧盟版底盘略有更新和优化，数控加工从2.5毫米保费石墨材料。
The T2 '007 EU edition chassis was slightly updated and optimized, being CNC-machined from 2.5mm premium graphite material.
介绍了用含硼T641石墨材料，研制硼皮含氮人造金刚石实验方法、条件、工艺及结果。
The test method condition technology and results of preparing boron coating artificial diamond with nitrogen from T641 graphite material with boron were introduced.
合成并研究了一种包覆一层氢氧化铁的天然石墨材料，它可作为一种新型锂离子电池负极材料。
The preparation of a novel natural graphite based anode material coated with iron hydroxide has been studied.
本文以流变学理论为基础，讨论了柔性石墨材料在此种应力状态下的流变特性，并给出了定量的计算方法。
In the present paper, the rheologic characteristics of expanded graphite under this stress state is discussed and a method of quantitative calculation based on the theory of rheology is suggested.
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