Welded carbon market in Europe or from the current extremely low ebb.

欧洲焊碳管市场或将脱离当前的极度低迷状态.

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A straightforward method is presented to produce catalyst particle - filled carbon nanotubes.

报道一种直接合成纳米碳管衍生材料的方法.

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Consequently, ferritin particle would be the catalyst source in this paper.

因此, 本文中将以铁蛋白颗粒作为成长碳管的催化剂来源.

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The catalytic decomposition method is a popular way of production carbon nanotubules.

催化热分解碳氢化合物法是常见的制各纳米碳管的方法.

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The fabrication of heterojunctions structure of CNT arrays is discussed.

碳管阵列的异接合结构制备亦在文中探讨.

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The carbon nanotubes produced by the way feature a multi - wall structure.

我们使用直流电弧放电来制做奈米碳管,以此法所做的碳管多数是多层结构.

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Carbon nanotubes would be single - walled as long as the reaction gas parameter was controlled appropriately.

只要反应气体参数控制得宜,成长出的碳管大多数会是单壁奈米碳管.

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Moreover , the results of laser Raman resonant measurements indicated a larger mean diameter of our SWNTs.

激光拉曼分析结果表明制得的单壁纳米碳管直径较大.

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Carbon nanotube films were synthesized on Ni substrate by microwave plasma chemical vapor deposition at temperature.

以镍片为基板材料,利用微波等离子体化学气相沉积法在低温条件下合成了纳米碳管膜.

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The purification of single - walled carbon nanotubes ( SWNTs ) synthesized by a hydrogen arc - discharge method was investigated.

针对半连续氢电弧法制备的 单壁纳米碳管 提出了一种纯化方法.

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Ferritin catalyst particle scale is only several nanometers, which is advantageous for single - walled carbon nanotube growth.

铁蛋白催化剂颗粒尺寸仅仅数奈米, 有利于 单壁 碳管的生长.

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It is successful to synthesize CNTs in the fluidized - bed reactor by using the polymer ascarbon source.

结果显示使用高分子于流体化床反应器中可成功制备出奈米碳管.

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The result shows: the carbon nanotube homogeneous inlaid the brilliant afterbirth of Ni - P.

结果表明: 纳米碳管已均匀镶嵌在镍磷晶胞上.

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Carbon nanotubes have been produced by catalytic decomposition of acetylene on iron nanoparticles.

通过乙炔气体在纳米铁颗粒上的催化热解制备了纳米碳管.

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Besides, both reaction pressure and temperature changed the radial growing rate.

至于反应压力及温度的提高都会改变碳管的径向成长速率.

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