Numerical Simulation of the Kinetic Critical Nucleus

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概要

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• Our main interest is to see whether the number density indicates a peak at the kinetically stable critical nucleus due to its kinetical stability. We have numerically calculated the time evolution of the number densities of clusters in the case of water vapor nucleation. We employ the condition in which the difference between the size of the thermodynamic crtitical nucleus and that of the kinetic one is appreciable. The results show that the peak does not appear in the number densities of clusters. The reason is thought to be that the kinetical stability is not strong enough in our condition.nucleationthermodynamic critical nucleuskinetic critical nucleuskinetical stability

• 東北大学の論文
• 1997-03-20

著者

• Maksimov Igor

  Nizhny Novgorod University

• Nishioka K

  Department Of Optical Science And Technology The University Of Tokushima

• Nishioka Kazumi

  University Of Tokushima

• Maksimov I

  ニズニー・ノブゴロド大学物理学部理論物理学科

• Sanada Masaaki

  Course in Materials Science and Engineering, Graduate School of The University of Tokushima

• Sanada Masaaki

  University of Tokushima

• Okada Masahumi

  Industrial Technology Center of Tokushima

• Sanada Masaaki

  Course In Materials Science And Engineering Graduate School Of The University Of Tokushima

関連論文

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• Kinetic theory of nucleation in binary systems
• Concept of the Critical Nucleus in Nucleation
• 核生成理論における臨界核の概念(西岡一水先生追悼号)
• Theoretical and numerical studies of nucleation kinetics
• Numerical Analysis of the Nucleation Process for Metallic Clusters in the Ionized Cluster Beam Technique
• Numerical Simulation of the Kinetic Critical Nucleus
• Non-equilibrium step structure : asymmetry of growth and dissolution
• Kazumi Nishioka: the path and enigma(Memories of the Late Prof. Nishioka)(The Late Prof. Kazumi Nishioka)

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