A process is developed to demonstrate the large scale production capability for creating carbonnanotube-based hybrid composite materials. This letter focuses on one approach, the growth ofCNTs directly on fiber substrates, and demonstrates a continuous growth process capable ofcontrolled CNT production on moving glass fiber substrates at throughput rates up to 40.7 mm s~(-1)via maximum CNT growth rates of over 1.0 μm s~(-1).
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机译：已开发出一种方法来证明其产生碳的大规模生产能力
纳米管基杂化复合材料。这封信侧重于一种方法，即
CNT直接在纤维基材上，并证明了能够连续生长的过程
通过最大超过1.0μms〜（-1）的CNT生长速率，可控制移动玻璃纤维基板上CNT的生产速度达到40.7 mm s〜（-1）。
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