Influence of buffer gas and vibration temperature of carbon cluster on fullerene formation in a carbon plasma
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Nanoscience and nanotechnology
Resumen
A new model of fullerene formation in carbon containing plasma is proposed. The model takes into account carbon cluster heating and cooling during transformations due to chemical bonds formation and destruction. In addition, the heating and cooling of carbon clusters by buffer gas is considered. The calculations give the qualitatively correct correlation between fullerene yields in helium and argon.
Descripción
A new model of fullerene formation in carbon containing plasma is proposed. The model takes into account carbon cluster heating and cooling during transformations due to chemical bonds formation and destruction. In addition, the heating and cooling of carbon clusters by buffer gas is considered. The calculations give the qualitatively correct correlation between fullerene yields in helium and argon.
Palabras clave
Plasma, Cluster, Buffer, Gas, Kinetic
Citación
Fedorov, A.S. et al. (2007). "Influence of buffer gas and vibration temperature of carbon cluster on fullerene formation in a carbon plasma". Nanoscience and Nanotechnology. American Scientific Publisher. Volumen 7, 1-6.