Kanagawa Akira | Department Of Nuclear Engineering Faculty Of Engineering Nagoya University

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• 同名の論文著者
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関連著者

• Kanagawa Akira

  Department Of Nuclear Engineering Faculty Of Engineering Nagoya University

• Yamamoto Ichiro

  Department Of Chemistry Graduate School Of Science The University Of Tokyo

• Matsuo Akira

  Department Of Engineering Science Osaka University

• Yamamoto Ichiro

  Department Of Materials Physics And Energy Engineering Graduate School Of Engineering Nagoya Univers

• KANAGAWA Akira

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• Yamamoto Ichiro

  Department Of Nuclear Engineering Faculty Of Engineering Nagoya University

• KANOH Kyoji

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• KABA Akira

  Department of Nuclear Engineering,Faculty of Engineering, Nagoya University

• Matsuo Akira

  Department Of Nuclear Engineering Faculty Of Engineering Nagoya University

• Makino Hitoshi

  Department Of Nuclear Engineering Faculty Of Engineering Nagoya University

• Kanagawa A

  Department Of Nuclear Engineering Faculty Of Engineering Nagoya University

• MATSUO Akira

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• MIZUNO Yasuhiko

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• KANAGAWA Akira

  Department of Nuclear Engineering,Faculty of Engineering, Nagoya University

• KANAGAWA Akira

  Department of Nuclear Engineering, Faculty of Engineering,Nagoya University

• YAMAOTO Ichiro

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• YAMAGISHI Kunihiko

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• YAMASHITA Tadahiko

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

• YAMAMOTO Ichiro

  Department of Nuclear Engineering,Faculty of Engineering, Nagoya University

• KABA Akira

  Department of Nuclear Engineering, Faculty of Engineering,Nagoya University

• BABA Takao

  Department of Nuclear Engineering, Faculty of Engineering, Nagoya University

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著作論文

• Measurement of Isotopic Abundance Ratio of Argon-36, -38 and -40 by General-Purpose Double-Focused Mass Spectrometer
• Optimum Feed Point for Isotope Separating Thermal Diffusion Column
• Meaning of functions representing separative power.
• Value function and separative power for asymmetric separation process.
• Effect of reflux in uranium enriching cascade.
• Separative power of 2-up 1-down ideal cascades.
• Measurement of Isotopic Abundance Ratio of Argon-36, -38 and -40 by General-Purpose Double-Focused Mass Spectrometer.
• Simple Formulae for Analyzing Matched Abundance Ratio Cascade with Constant Separation
• Numerical solution of two-dimensional axisymmetric free convection within isotope separating thermal diffusion column.
• Variable stage-number model for simulating batch operation of water distillation column for tritium isotope separation.
• Numerical calculation of concentration profiles within thermal diffusion column with continuous feed and draw-offs.
• Separative power of ideal cascade with variable separation factors.
• Preliminary experiments of separation of tritium isotope by distillation of water.
• Resolution of inconsistencies of separative power for asymmetric process. Separative power with respect to desired and undesired materials.:Separative Power with Respect to Desired and Undesired Materials
• Numerical analysis of laminar free convection in square cavity containing heat generating Kr-85 gas.
• Reference mean temperature for evaluation of performance of thermal diffusion column for isotope separation.
• Measurement of separative characteristics of thermal diffusion column for argon isotope separation.
• Effect of changes in feed rate and cut on circulating flow within thermal diffusion column for isotope separation.
• Synthesis of value function for multicomponent isotope separation.
• Multicomponent isotope separating cascade composed of elements with large separation factors.
• Comparison of two types of ideal cascades for asymmetric separation processes.

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