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H.W. Kui's Home Page


H. W. Kui

H.W. Kui
BS(Caltech); MS, PhD(Harv)


Education

  1. BS, California Institute of Technology, 1981
  2. MS, Harvard Univeristy, 1986
  3. PhD, Harvard University, 1986

Position

  1. 1996-now, Senior Lecturer, Department of Physics, CUHK
  2. 1987-1996, Lecturer, Department of Physics , CUHK

Research Fields

  1. Materials science

Current Research Interests

  1. Undercooled melts
  2. Bulk nanostructures
  3. Amorphous materials
  4. Bulk metallic glasses

Research Grants

  1. Direct Grant (93/94): Stress Effect on the Nucleation Frequency of Oxide Coated Small Droplet
  2. Earmarked Grant (93/94): Structural Modification of Highly Undercooled Semiconductors and Metals
  3. Earmarked Grant (94/95): Specific Volumes and Glass Formation of Metallic Systems
  4. Earmarked Grant (96/97): Properties of Undercooled Molten Eutectic Alloys
  5. Earmarked Grant (00/01): Mechanical Behavior of Bulk Nanostructured Alloys Synthesized by Rapid Solidification
  6. Earmarked Grant (01/02): Thermal Stability of Nanostructured Alloys Prepared by Metastable Liquid Spindoal Decomposition and the Search for High-temperature Nanostructures
  7. Earmarked Grant (03/04): Complex Fluoride Crystals of Alkali and Rare-earth Elements for TL Dosimetry and VUV/Deep UV Up-conversion
  8. Direct Grant (04/05): Crystallization Kinetics in Undercooled Liquid Mixture
  9. Earmarked Grant (06/07): Mechanical Behavior of Fe(80)C(20) Nanocomposites

Recent Representative Publications

  1. H.W. Kui
    "Formation of bulk nanostructured alloys", Encyclopedia of Nanoscience and Nanotechnology vol.3, pp.485-495 (2004).

  2. K.L. Ng and H.W. Kui
    "Formation of large nanostructured Pd(82)Si18 alloy rods", Philosophical Magazine B vol.82, pp.1777-1784 (2002).

  3. H.W. Ngai, C.C. Leung, W.H. Guo and H.W. Kui
    "Crystallization Kinetics of Amorphous Nanostructured Pd40.5Ni40.5P19 Alloys", Journal of Materials Research vol.16 no.3, pp.797-802. USA, 2001.03.

  4. C.C. Leung, W.H. Guo and H.W. Kui
    "Formation of Amorphous Nanostructured Materials by Liquid State Spinodal Decomposition", Applied Physics Letters vol.77 no.1, pp.64-66. USA, 2000.

  5. W.H. Guo and H.W. Kui
    "Bulk nanostructured alloy formation with controllable grain size", Acta Materialia vol.48, pp.2117-2121, 2000.07.