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PLASMA SYNTHESIS OF NANOCARBONS

机译:纳米碳的血浆合成

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摘要

Nanocarbons (fullerenes, nanotubes, "carbon onions", encapsulates,...) are efficiently produced by using a sublimation of carbon-bearing materials followed by the condensation of a carbon gas. Due to the very high sublimation temperature of carbon (close to 4000 K) different thermal plasma techniques (e.g., arc and radio frequency discharges, laser excitation) have been successfully demonstrated for synthesis of gram quantities of these nanomaterials. Non-thermal plasmas have also been reviewed as a source of aligned elongated nanocarbons.
机译:通过使用碳含量的升华后,通过使用碳气凝聚,有效地生产纳米碳(富勒烯,纳米管,“碳洋葱”,包封,......)。由于碳的非常高的升华温度(接近4000k)不同的热等离子体技术(例如,电弧和射频放电,激光激发)已经成功地证明了这些纳米材料的克数量的克数。非热等离子体也被认为是对齐的细长纳米碳的源泉。

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