Simulation of Compositional Variation in Liquid Phase Epitaxy InGaP Using a Two Dimensional Model

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概要

• 論文の詳細を見る

• Compositional variation in initial growth was observed in Liquid Phase Epitaxy (LPE) experiments. It is thought that the cause is the flow of the melt which is induced by the slide of the entire melt from the place where there isn't substrate to the substrate before growth. The phenomenon was simulated with a one dimensional model in InGaP growth with a convection term added to a diffusion-limited model. The velocity of flow in the melt was approximated to Stokes's first problem. It was shown that composition of In in grown solid with the flow is larger than that without the flow. In this paper, InGaP LPE growth is considered and a two dimensional model of the flow is used. For the solute transport, a two dimensional model is also adopted except at the growth interface. A result similar to the one dimensional model was obtained. In the two dimensional model, In composition is greater than that in the case without flow for the greater part of the growth time, but decreases when the flow transports dilute solution. This decrease doesn't appear in the one dimensional model. This phenomenon can be explained by considering the influence of the flow on the mole fraction near the boundary layer.

• 一般社団法人情報処理学会の論文
• 2007-02-15

著者

• SOGA Tetsuo

  Department of Frontier Materials, Nagoya Institute of Technology

• JIMBO Takashi

  Research Center for Micro-Structure Device, Nagoya Institute of Technology

• Hiramatsu Kazumasa

  Department of Electrical and Electronic Engineering, Faculty of Engineering, Mie University

• Jimbo Takashi

  Research Center For Nano-device And System Nagoya Institute Of Technology

• Soga Tetsuo

  Department Of Electronics Faculty Of Engineering Nagoya University

• Soga Tetsuo

  Department Of Environmental Technology And Urban Planning Nagoya Institute Of Technology

• SUSAWA Hiromoto

  Department of Environmental Technology and Urban Planning, Nagoya Institute of Technology

• TSUJI Toshihiro

  Department of Environmental Technology and Urban Planning, Nagoya Institute of Technology

• Susawa Hiromoto

  Department Of Environmental Technology And Urban Planning Nagoya Institute Of Technology

• Susawa Hiromoto

  Department Of Electric And Computer Engineering Nagoya Institute Of Technology

• Hiramatsu Kazumasa

  Department Of Electrical And Electronic Engineering Faculty Of Engineering Mie University

• Hiramatsu Kazumasa

  Department Of Electrical And Electronic Engineering Mie University

• Tsuji Toshihiro

  Department Of Environmental Technology And Urban Planning Nagoya Institute Of Technology

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