high-strength carbon fibers
高强度碳纤维
以上为机器翻译结果，长、整句建议使用
This paper describes the production process of DMSO one stage method (high conversion)acrylonitrile-based Precursor yarn for high strength carbon fibers.
叙述了二甲基亚砜一步法（高转化）高强碳纤维用聚丙烯腈原丝生产的工艺流程。
In factories around the world, composite pieces of the 787 from wings, to the body, to the tail, are made by building up layers of high-strength carbon fibers embedded in a plastic resin.
在波音787世界各地的制造工厂，复合材料部件的应用从机翼到机身，甚至尾翼，都采用了高强度碳纤维增强塑料生产。
We are specialized in research, production and sales of ultra-strength and high-modulus carbon fibers, ACF felt and ACF fabric. We have mastered a unique set of process routes and technical data.
公司主要从事高强高模碳纤维丝和活性碳纤维毡、布的研发生产和销售，并掌握了一套独特的工艺路线和技术参数。
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Carbon Fibers
A Dream Material Developed over 40 Years by Japanese Companies
On October 26, 2011, the next-generation, medium-sized passenger jet, the Boeing 787 Dreamliner, successfully made its first commercial flight between Japan's Narita International Airport and Hong Kong. The body of the 787 is made with carbon fiber composite materials, replacing metals such as aluminum alloys that have been used up until now.
Carbon Fibers—A Specialty of Japan
A carbon fiber captured with an electron microscope. It is about 5–7 μm in diameter (1μm = 0.001 mm), which is much thinner than a hair. (Cooperation: Toray Industries, Inc.)
24,000 carbon fibers are bundled into a string form called "tow." The photo shows a reel of tow for shipping. (Cooperation: Toray Industries, Inc.)
Carbon fiber is a material composed of fibers made almost entirely from carbon, produced by applying a special heat treatment to acrylic fibers and pitch, which is a substance that remains after the distillation of crude oil, coal tar, or other substances. Per kilogram, carbon fiber possesses 10 times the strength of iron, and yet, with only one-quarter the weight, it is extremely light. Carbon fiber also does not corrode or easily lose its shape, making it a highly useful material. Japanese companies produce about 70% of the carbon fiber in the global market, so this material can be regarded as a specialty of Japan.
Today, carbon fibers are said to be a "dream material," but surprisingly, they were developed more than 40 years ago, when Japan began carbon fiber production for the first time in the world, in 1971.
From the 1970s, it was thought that carbon fiber could be used in the bodies of airplanes, since it is lightweight and strong, but its safety had yet to be proven. To make it usable for aircraft, a leading Japanese manufacturer undertook the development of carbon fiber composite materials by making the fibers harder with resin. Since carbon fibers have a thread-like form, making them usable in practical applications required production of composite materials with resin added in a suitable manner for each targeted usage. The safety was tested for a period of more than 20 years, and carbon fiber now has reached the level in which it can be used in the bodies of airplanes.
Carbon fiber composite materials make up around 50% of the weight of the Boeing 787. One may think that this figure is "only half," but since the material is extremely lightweight, in actuality, most of the airplane's components (except the engines, hydraulics, and other parts) that are visible are made with carbon fibers. Now this material is to be used in the Mitsubishi Regional Jet (MRJ), a Japanese medium-sized airplane soon to be marketed worldwide.
The Boeing 787—the first time for most of the body of an airplane to be constructed with carbon fibers, achieving significant weight reduction. (Cooperation: All Nippon Airways Co., Ltd.)
Things Made with Carbon Fiber Are All Around UsCarbon fiber is not only us it is also applied in structures for which a high degree of strength is essential, including wind power turbine blades, high-pressure gas containers, ships, and reinforcement materials for bridge piers and buildings. Indeed, it may seem as if carbon fiber is used only for making really large structures like these, but actually, because it is lightweight and strong, carbon fiber is also applied in smaller items that are used every day. Fishing rods are just one example. With its lightness and strength, carbon fiber is a perfect material for fishing rods, which require appropriate flexibility to sense a delicate pull on one's line. Carbon fiber is also used to make sporting goods that require both power and lightness, such as tennis racquets and golf clubs.
Left: An electric vehicle utilizing carbon fibers. The body is made of carbon fiber composite materials to realize remarkable reductions in body weight. (Cooperation: Toray Industries, Inc.)
Right: Carbon fiber is an essential material for fishing rods and other sports equipment today. &AFLO
In addition, it is expected that automobiles can be made more fuel-efficient by using carbon fiber composite materials in vehicle bodies to reduce the body weight. At present, these materials are only being utilized for vehicles that need to be exceptionally light, such as in the bodies of Formula One racecars. In the future, however, carbon fibers are expected to be used in commercially sold vehicles, and automotive manufacturers in Japan are developing prototype vehicles one after another.
As in these examples, carbon fiber technologies in Japan are being applied in countless high-quality products. Looking ahead, we should expect to see demand for carbon fiber materials grow as their applications continue to spread. (March 2012)高频词，一定要记得哦！
英['kɑ:b?n]
美['kɑrb?n]
adj. 碳的；碳处理的n. 碳；复写纸
the amount of carbon released to the atmosphere
释放到大气中的碳气量
comp /'kɑ:b?n/
Carbon fibres
Carbon reductions
1.an abundant nonmetallic tetravalent element occurring in three allotropic forms: amorphous carbon and
occurs in all organic compounds
2.a thin paper coated on one side with a dark waxy substance (often containing carbon); used to transfer characters from the original to an under sheet of paper
3.a copy made with carbon paper
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1.They didn't have carbon fibers running the length of the belt, they tended to stretch under pressure.
它们没有整个传动带那么长的碳纤维，在压力下容易伸展变形。
2.If the Government introduces a carbon tax on road haulage, then carriage by water will become more attractive.
如果政府开始对公路运输征收碳税，那么水运就会变得更加具有吸引力。
3.Originally Edison used platinum alloys for the filament, in the belief that carbon was impracticable.
爱迪生不相信碳可作灯丝用，所以一开始就用铂合金作灯丝。
4.Diamond is the crystalline form of the element carbon.
钻石是碳元素的晶体结构。
5.Carbon dioxide [consists of] carbon and oxygen.
二氧化碳是由碳和氧组成的。
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carbonfibers中文是什么意思
中文翻译碳化纤维&&&&四氟填充碳纤维&&&&碳纤维强化塑料&&&&碳水化合物&&&&卡尔博内蒂&&&&碳氢比&&&&卡尔博内斯基&&&&卡尔博尼&&&&卡沃内斯&&&&卡尔博尼亚&&&&卡沃内罗斯
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All rights reserved　文章阐述了目前 国内外碳纤维发展状况和我国碳纤维存在的一些主要问题, 重点介绍...and abroad and some shortcomings of carbon fibers in china also be ... 　要 碳纤维(carbon fiber,简称 CF) ,是一种含碳量在 95%以上 的新型纤维...fiber soft machinability, and is a new generation of reinforced fibers. As... 　碳纤维_材料科学_工程科技_专业资料。碳纤维 (carbon fibre),顾名思义,它不仅具有碳材料的固有本征特性,又 兼具纺织纤维的柔软可加工性,是新一代增强纤维。与... 　碳纤维复合材料_自然科学_专业资料。介绍了碳纤维复合材料的发展历程和其相比于...4 碳纤维复合材料的应用及其发展趋势 [2] SCOTTKRAJCA. Carbon fibers enabling... 　碳纤维_材料科学_工程科技_专业资料。碳纤维 1.碳纤维的概念碳纤维,英文为 Carbon Fiber,简称 CF。碳纤维是指由有机纤维经碳化及 石墨化处理而得到的微晶石墨材... 　碳纤维新材料研究进展摘要: 摘要: 碳纤维材料是现代重要的工业材料。由于碳纤维...microstructure up on the modulus of PAN-and pitch-based carbon fibers [J]... 　碳纤维布(CARBON FIBER)碳纤维布是当今国际工业发达国家普遍使用的工业原料,该产品具有质量轻、高强度、高模 量、耐高温达 2000℃ 、耐腐蚀以及抗疲劳性能显著高于... 　羽毛球:现在大部分羽毛球拍杆由碳纤维制成。 【碳纤维 】 carbon fibre 含碳量高于 90%的无机高分子纤维 。其中含碳量高于 99%的称石 墨纤维。碳纤维的轴向... 　碳纤维复合材料发展_交通运输_工程科技_专业资料。碳纤维材料的优势和前景?...and abroad and some shortcomings of carbon fibers in china also be ...