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应用超微细加工的纳米技术,使碳分子成管状排列的碳纳管是令人注目的新材料。这种材料通过改变碳分子的结构,提高了其导电性,或形成了大量含氢的特性。这种技术的开发成功,将促进便携式电脑小型化和电动车实用化。利用其新的电气特性可以考虑用在下一代高辉度、大画面显示器的主要部件——电子发射元件上;利用其大量含氢的特性,也可能把装用在电动车上的氢贮藏箱做得安全、小型。日本昭和电工公司通过采用特殊催化剂的化学合成,成功地大量生产使碳分子排列成150～
The use of ultra-fine nanotechnology, carbon nanotubes arranged in a tubular arrangement of carbon molecules is an eye-catching new material. This material improves its electrical conductivity by changing the structure of the carbon molecules or creating a large amount of hydrogen-containing properties. The successful development of this technology will facilitate the miniaturization of portable computers and the practical application of electric vehicles. Use of its new electrical characteristics can be considered in the next generation of high-brightness, large-screen display of the main components - electron emitting element; use of its large hydrogen content, it may also be installed on the electric car hydrogen storage tank to do Safe, small. Japan Showa Denko through the use of special catalyst chemical synthesis, the successful mass production of carbon molecules arranged in 150 ~