Direction of the nucleation flux and the behavior of the contour lines of the nucleation potential for binary systems at the steady state

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概要

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• By assuming local uniformity for the direction of the nucleation force, the direction of the nucleation flux is derived. The quasi-universal behavior that contours of the nucleation potential exhibit is explained on the basis of the present theory.

• 日本結晶成長学会の論文
• 1998-07-01

著者

• Nishioka Kazumi

  Faculty of Engineering The Univercity of Tokushima

• Nishioka Kazumi

  Faculty Of Engineering The University Of Tokushima

• Li Jin-Song

  Faculty of Engineering, The University of Tokushima

• Li Jin-song

  Faculty Of Engineering The University Of Tokushima

関連論文

• A generalized kinetic potcntial in binary nucleation
• Theory of the kinetic critical nucleus in binary systems
• Thermodynamic analysis of the driving force for forming a critical nucleus in multicomponent nucleation
• Kinetic theory of nucleation in binary systems
• Direction of the nucleation flux and the behavior of the contour lines of the nucleation potential for binary systems at the steady state
• Non-equilibrium step structure : asymmetry of growth and dissolution
• Cleavage Steps of KCl Single Crystals(The Late Prof. Kazumi Nishioka)
• Non equilibrium Kink Density Along a Step
• Nucleation-flux profile in binary systems at the steady state
• Mechanism of the ridge crossing in binary nucleation at the steady state

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