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  1.  27
    Dislocation nucleation in the initial stage during nanoindentation.H. Y. Liang, C. H. Woo, Hanchen Huang, A. H. W. Ngan & T. X. Yu - 2003 - Philosophical Magazine 83 (31-34):3609-3622.
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  2.  14
    Stochastic theory for jerky deformation in small crystal volumes with pre-existing dislocations.K. S. Ng & A. H. W. Ngan - 2008 - Philosophical Magazine 88 (5):677-688.
  3.  21
    Understanding acoustoplasticity through dislocation dynamics simulations.K. W. Siu & A. H. W. Ngan - 2011 - Philosophical Magazine 91 (34):4367-4387.
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  4.  16
    Deformation of micron-sized aluminium bi-crystal pillars.K. S. Ng & A. H. W. Ngan - 2009 - Philosophical Magazine 89 (33):3013-3026.
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  5.  19
    The continuous stiffness measurement technique in nanoindentation intrinsically modifies the strength of the sample.K. W. Siu & A. H. W. Ngan - 2013 - Philosophical Magazine 93 (5):449-467.
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  6.  20
    Strength of metals under vibrations – dislocation-density-function dynamics simulations.B. Cheng, H. S. Leung & A. H. W. Ngan - 2015 - Philosophical Magazine 95 (16-18):1845-1865.
  7.  9
    Delayed plasticity in nanoindentation of annealed crystals.A. H. W. Ngan & P. C. Wo - 2006 - Philosophical Magazine 86 (9):1287-1304.
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  8.  13
    Transition from deterministic to stochastic deformation.A. H. W. Ngan & K. S. Ng - 2010 - Philosophical Magazine 90 (14):1937-1954.
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  9.  10
    Nanoindentation using an atomic force microscope.B. Tang & A. H. W. Ngan - 2011 - Philosophical Magazine 91 (7-9):1329-1338.
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  10.  17
    Viscoelastic effects during depth-sensing indentation of cortical bone tissues.B. Tang, A. H. W. Ngan & W. W. Lu - 2006 - Philosophical Magazine 86 (33-35):5653-5666.
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  11.  11
    TEM study of the deformation structures around nano-scratches.P. C. Wo, I. P. Jones & A. H. W. Ngan - 2008 - Philosophical Magazine 88 (9):1369-1388.
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