电化学插层后，石墨纤维的电阻率下降。
The electric resistivity of graphite fiber can be decreased by electrochemical intercalation.
激光拉曼光谱(LRS)可用来研究碳纤维和石墨纤维的结构。
Laser Raman spectrum (LRS) were studied on structure of carbon and graphite fibres.
微观结构的改善是石墨纤维抗拉强度和弹性模量提高的主要原因。
This contributes to the increase of tensile strength and modulus of the graphite fibers.
本文利用冷等离子体技术对石墨纤维表面进行了连续空气冷等离子表面处理。
In this paper, the surface of graphite fiber is treated continuously by using air-cold plasma.
石墨纤维增强镁基复合材料由于基体中加入了铝元素，其界面情况变得较为复杂。
The interfacial structure of graphite fiber reinforced magnesium matrix composites becomes complex because of the addition of al into the matrix.
细菌被安置在石墨纤维制成的阳极上，分解污水中的脂肪、蛋白质和糖类，此过程中产生的稳定的电子流将被直接输入电极。
Bacteria housed on a graphite fiber anode break down the fats, proteins and sugars in sewage, freeing up a steady stream of electrons, which the bacteria transfer directly into the electrode.
一个由材料科学家和物理学家组成的研究小组宣称，石墨烯具有取代制造飞机的复合材料中的碳纤维的潜力。
A team of materials scientists and physicists has claimed that graphene has the potential to replace carbon fibres in the composites that are used to build aircraft.
现在我们有机会利用石墨薄膜来制造更轻更牢固的碳纤维，进而让我们的飞机更轻更安全。
Now we have the opportunity to use graphene to make even lighter and stronger carbon fibres and so make our aircraft even lighter and stronger.
对石墨布、毡、纱线、纤维以及一些大的整块元件器具，它是一种优异的粘结材料。
It is an excellent bond for graphite cloth, felt, yarn, fibers and large monolithic shapes.
与膨胀性石墨相比，如何发挥活性碳纤维和碳纳米管的实际电容效率是目前研究的重点。
The emphasis was put on how to enhance the real capacity efficiency of active carbon fibers and carbon nanotubes as compared to expanded graphite.
加入了一些诸如铝、石墨、玻璃纤维等，使得这个牌号具有极好的加工效果。
Excellent results where very aggressive materials are involved, such as aluminium; graphite or fiberglass reinforced synthetic materials.
原丝经过预氧化后仍保持原来的微原纤结构，纤维外部表层的石墨微晶较大，所含孔隙较少，内部的微晶较小且含有大量孔隙。
The (graphite) crystallites in the outer layer of the carbon fibers are large with few pores, while the inner crystallites are small with many pores.
碳纤维或石墨碳纤维已经被开发制作各种各样的产业用纺织品，并且也可以制作某些服用织物。
Carbon or graphite fibers have been developed for use in various types of industrial textiles and in some types of consumer goods.
选用碳素纤维填料和膨胀石墨填料混合使用，密封效果良好。
Two kinds of packing: i. e. carbon with fiber and soft graphite are used. The sealing effect is excellent for high pressure boiler F. W. P.
以膨胀石墨模压成型填料、石棉线浸渍聚四氟乙烯编织填料和碳素纤维编织填料为试验样品，实验确定了单圈填料的侧压系数。
The graphite molded packing, the asbestos thread PTFE-greased braided packing and the carbon-fibre braided packing were tested and the coefficients of a cycle ring were experimentally determined.
采用鳞片石墨FG和短纤维CF对高密度聚乙烯HDPE进行抗静电及增强改性研究。
Anti-static properties and strengthen modification of high density polyethylene (HDPE) filled with flake graphite(FG) and chopped fiber(CF) were investigated.
碳材料如石墨、碳纤维、碳泡沫和膨胀石墨，他们都具有高导热系数、低密度和良好的化学稳定性。
Carbon materials, including graphite, carbon fibre, carbon foam and expanded graphite possess the properties of high conductivity, low density and good chemical stability.
结果表明：缩短停留时间和高温处理使得构成纳米炭纤维催化生成的炭含量增加，碳层的结构接近石墨晶体的有序结构。
The result indicates that shortening of reaction time and graphitic treatment make catalytic carbon increasing and carbon layer incline to the order structure of graphitic crystalline.
用石墨、膨胀石墨、碳纤维三种不同的炭系填料制备了既环保、又具有比一般涂料更优异的性能的水性叔氟导电涂料。
A kind of environmentally friendly waterborne tert-fluoro electroconductive coatings with more excellent performances is prepared with graphite, expansible graphite and carbon fiber respectively.
碳纤维织物的强度，除了蓝宝石晶须和石墨晶须织物外，比其它任何商业用纤维的织物的强度均高。
Tensile strength of fabrics is higher than any other commercially available fiber except for sapphire whiskers and graphite in whisker form.
利用XRD研究了PAN基碳纤维在连续高温石墨化和热牵伸石墨化过程中纤维内石墨微晶沿纤维轴择优取向性的变化。
The changes of preferred orientation of PAN-based carbon fibers during continuous high temperature graphitization and hot stretching graphitization were investigated by X-ray diffraction (XRD).
采用聚四氟乙烯(PTFE)、石墨、碳纤维(CF)制备出满足实际应用要求的高导热耐腐蚀复合材料。
Composites with high thermal conductivity and corrosion resistance were prepared from PTFE, graphite, and carbon fibre (CF).
研究结果表明，PAN基炭纤维的氧化特性与其石墨微晶参数和表面形貌密切相关。
The results of the research works show that oxidation behavior of PAN-based CF is related with its morphology and graphite crystallite parameter.
实验结果表明，碳化温度越高，碳纤维的石墨化程度越高。
The results show that the graphltlzatlon extents of carbon fiber increase with the temperature ofcarbonlzatlon.
在不同温度下对聚丙烯腈基炭纤维(PAN CF)进行张力炭化处理并进行高温石墨化。
Polyacrylonitrile carbon fiber (PAN-CF) was tension carbonized at different temperatures and then graphitized.
本工作制备了膨胀炭纤维增强柔性石墨复合材料。
Exfoliated carbon fiber reinforced flexible graphite sheet (ECF-FGS) was prepared.
结果表明，造成碳纤维力学性能低的直接原因可以归结为严重的皮芯结构、芯部组织疏松或有孔洞出现、晶相少且无明显取向、石墨层排列紊乱。
The results demonstrate that the carbon fibers which have serious skin-core structure, few graphite layers which intricately piled up have low mechanical properties.
通过掺入炭黑、石墨和碳纤维可改善沥青混凝土的导电性能。
The conductive behavior of asphalt mixture can be improved by adding carbon black, graphite and carbon fiber.
通过掺入炭黑、石墨和碳纤维可改善沥青混凝土的导电性能。
The conductive behavior of asphalt mixture can be improved by adding carbon black, graphite and carbon fiber.
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