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• 1.�@U.Mizutani, “Electron Transport Properties of Complex Metallic Alloys”, Basics of Thermodynamics and Phase Transitions in Complex Intermetallics, (Book Series on Complex Metallic Alloys-Vol.1, edited by E.Belin-Ferre, World Scientific, Singapore, 2008), pp.319-365
  

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• 1. U.Mizutani, R.Asahi, H.Sato and T.Takeuchi, “The Hume-Rothery electron concentration rule for a series of gamma brasses studied by full potential linearized augmented plane wave (FLAPW) band calculations”, Phil.Mag., 86, No.3-5, (2006) 645-654
  
  
• 2. H.Hazama, U.Mizutani and R.Asahi, “First-principles calculations of Ag-Sb nanodot formation in thermoelectric AgPbmSbTe2+m (m=6, 14, 30)”, Phys.Rev.B 73 (2006) 115108
  
  
• 3. T.Takeuchi, N.Nagasako, R.Asahi and U.Mizutani, “Extremely small thermal conductivitiy of the Al-based Mackay-type 1/1-cubic approximants”, Phys.Rev.B 74 (2006) 054206
  
  
• 4. Y.Nishino, S.Deguchi and U.Mizutani, “Thermal and transport properties of the Heusler-type Fe2VAl1-xGex (0≤x≤0.20) alloys: Effect of doping on lattice thermal conductivity, electrical resistivity and Seebeck coefficient”, Phys.Rev.B 74 (2006) 115115
  
  
• 5. U.Mizutani, R.Asahi, H.Sato and T.Takeuchi, “Mediated resonance effect of the vanadium 3d states on phase stability in the Al8V5 ƒÁ-brass studied by first-principles FLAPW and LMTO-ASA electronic strucuture calculations”, Phys.Rev.B 74 (2006) 235119
  
  
• 6. M.Hasegawa, T.Takeuchi, K.Soda, H.Sato and U.Mizutani, “Electronic Structure and Phase Stability of Glassy Alloys”, Mat.Sci.Forum 539-543 (2007) pp.2048-2053
  
  
• 7. T.Noritake, M.Aoki, S.Towata, T.Takeuchi and U.Mizutani, “Structure determination of structurally complex Ag36Li64 gamma-brass”, Acta Cryst.B 63 (2007) pp.726-734
  
  
• 8. T.Yamaguchi, H.Ikuta, T.Tomofuji, Y.Yanagi, Y.Itoh, T.Oka and U.Mizutani, “Development of a magnetron sputtering apparatus equipped with superconducting bulk magnets for the preparation of optical multilayer films”, Physica C 463-465 (2007) pp.1342-1345
  
  
• 9. U.Mizutani, R.Asahi, H.Sato, T.Noritake and T.Takeuchi, “Failure of the Hume-Rothery stabilization mechanism in the Ag5Li8 gamma-brass studied by first-principles FLAPW electronic structure calculations”, J.Phys. Condens.Matter 20 (2008) 275228
  
  
• 11. U.Mizutani, T.Yamaguchi, H.Ikuta, T.Tomofuji, Y.Yanagi, Y.Itoh and T.Oka, “Construction of superconducting bulk magnet magnetron sputtering apparatus for fabrication of highly reflective optical mirrors”, Materials Science and Engineering B 151 (2008) pp.84-89
  
  
• 12. U.Mizutani, T.Yamaguchi, H.Ikuta, T.Tomofuji, Y.Yanagi, Y.Itoh and T.Oka, “Fabrication of Mo/Si multilayer mirrors for extreme ultraviolet lithography by means of superconducting bulk magnet magnetron sputtering”, Physica C 468 (2008) pp.1456-1460
  
  
• 13. T.Yamaguchi, H.Ikuta, T.Tomofuji, Y.Yanagi, Y.Itoh, T.Oka and U.Mizutani, “Reflective properties of Mo/Si multilayer for EUV lithography deposited by the magnetron sputtering device with superconducting bulk magnets”, Physica C 468 (2008) pp.2170-2173
  
  

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  ‚Ü‚Ä‚è‚ �Avol.45 (2006) No.8 pp.605-610
  
  
  
• 2.�@Hume-Rothery“dŽq”Z“x‘¥‚Æ•¡ŽG�\‘¢‹à‘®ŠÔ‰»�‡•¨‚Ì‘ŠˆÀ’艻‹@�\ (II)
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  ‚Ü‚Ä‚è‚ �Avol.45 (2006) No.9 pp.677-682
  
  
  
• 3.�@Hume-Rothery“dŽq”Z“x‘¥‚Æ•¡ŽG�\‘¢‹à‘®ŠÔ‰»�‡•¨‚Ì‘ŠˆÀ’艻‹@�\ (III)
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• 4.�@Hume-Rothery“dŽq”Z“x‘¥‚Æ•¡ŽG�\‘¢‹à‘®ŠÔ‰»�‡•¨‚Ì‘ŠˆÀ’艻‹@�\ (IV)
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  ‚Ü‚Ä‚è‚ �Avol.45 (2006) No.11 pp.803-812
  
  
  
• 5.�@Hume-Rothery“dŽq”Z“x‘¥‚Æ•¡ŽG�\‘¢‹à‘®ŠÔ‰»�‡•¨‚Ì‘ŠˆÀ’艻‹@�\ (V)
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  ‚Ü‚Ä‚è‚ �Avol.46 (2007) No.1 pp.15-20
  
  
  
• 6.�@Hume-Rothery“dŽq”Z“x‘¥‚Æ•¡ŽG�\‘¢‹à‘®ŠÔ‰»�‡•¨‚Ì‘ŠˆÀ’艻‹@�\ (VI)
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  ‚Ü‚Ä‚è‚ �Avol.46 (2007) No.2 pp.77-82
  
  
  

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• 1.�@“ú–{‹à‘®Šw‰ï˜_•¶�Ü "Hume-Rothery“dŽq”Z“x‘¥‚Æ•¡ŽG�\‘¢‹à‘®ŠÔ‰»�‡•¨‚Ì‘ŠˆÀ’艻‹@�\", (2007)