Computational Nano-Materials Design of Low Cost and High Efficiency CuZnSn〔SexSx〕 Photovoltaic Solar Cells by Self-Organized Two-Dimensional Spinodal Nanodecomposition

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概要

• 論文の詳細を見る

著者

• Tani Yoshimasa

  Graduate School Of Engineering Science Osaka University

• Sato Kazunori

  Graduate School Of Engineering Science Osaka University

• Katayama-Yoshida Hiroshi

  Graduate School of Engineering Science, Osaka University

関連論文

• Design of Self-Organized Spinodal Nano-Decomposition for High-Efficiency Photovoltaic Solar Cells in II--VI Compound Semiconductors Alloy
• First Principles Materials Design of Negative Activation Energy and Transparent Conducting Sulfides in n-Type CuAl1-xSnxS2 and p-Type Cu1-xV\text{CuAlS2
• First-Principles Study on Electronic Structure and Spin State of Rutile (Ti,Co)O2 by Self-Interaction-Corrected Local Density Approximation: Role of Oxygen Vacancy
• Materials Design of Spinodal Nanodecomposition in CuIn_Ga_xSe_2 for High-Efficiency Solar Energy Conversion
• The Magnetic Properties of Hole-Doped MgO
• Erratum: ``Design of Self-Organized Spinodal Nano-Decomposition for High-Efficiency Photovoltaic Solar Cells in II--VI Compound Semiconductors Alloy''
• Giant Peltier Effect in Self-Organized Quasi-One-Dimensional Nano-Structure in Cu--Ni Alloy
• Generation of Nano-Catalyst Particles by Spinodal Nano-Decomposition in Perovskite
• General Rule and Materials Design of Negative Effective $U$ System for High-$T_{\text{c}}$ Superconductivity
• 23aGQ-12 Self-organized quasi-one-dimensional nano-structure in Cu-Ni and Fe-Cu alloys : giant Peltier effect and strong ferromagnet
• Computational Nano-Materials Design of Low Cost and High Efficiency CuZnSn〔SexSx〕 Photovoltaic Solar Cells by Self-Organized Two-Dimensional Spinodal Nanodecomposition
• Self-Organized Nanostructures and High Blocking Temperatures in MgO-Based d Ferromagnets

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