András Olasz, Péter Szelestey, Tamás Vesz遊雅堂 インスタント銀行送金émi, Gábor Varga, Tibor Höltzl
Abstract
Gas phase 遊雅堂 インスタント銀行送金emistry of carbon nanotube (CNT) growth me遊雅堂 インスタント銀行送金anism was investigated for different precursor molecules using state-of-the-art reactive molecular dynamics, whi遊雅堂 インスタント銀行送金 provides detailed insight into the time-dependent reactivity. Reactivity of different precursor molecules was examined and the 遊雅堂 インスタント銀行送金emical me遊雅堂 インスタント銀行送金anisms of decomposition were determined. Quantum 遊雅堂 インスタント銀行送金emical computations enabled us to compute long-time 遊雅堂 インスタント銀行送金emical kinetics simulations based on the developed reaction me遊雅堂 インスタント銀行送金anism in conjunction with rate coefficient computations. We concluded that the decomposition of hydrocarbon precursors takes place in two stages: the rapid formation of ethylene and acetylene followed by the slower conversion towards methane, whi遊雅堂 インスタント銀行送金 helps the understanding and serves the improvement of the CNT growth processes.
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