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  1.  11
    The non-degenerate core structure of a ½⟨111⟩ screw dislocation in bcc transition metals modelled using Finnis–Sinclair potentials: The necessary and sufficient conditions.S. Chiesa, M. R. Gilbert, S. L. Dudarev, P. M. Derlet & H. Van Swygenhoven - 2009 - Philosophical Magazine 89 (34-36):3235-3243.
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  2.  15
    Atomistic simulation of dislocation emission in nanosized grain boundaries.P. M. Derlet, H. Van Swygenhoven† & A. Hasnaoui - 2003 - Philosophical Magazine 83 (31-34):3569-3575.
  3.  8
    Linking high- and low-temperature plasticity in bulk metallic glasses: thermal activation, extreme value statistics and kinetic freezing.P. M. Derlet & R. Maaß - 2013 - Philosophical Magazine 93 (34):4232-4263.
  4.  41
    A probabilistic explanation for the size-effect in crystal plasticity.P. M. Derlet & R. Maaß - 2015 - Philosophical Magazine 95 (16-18):1829-1844.
  5.  30
    Linking high- and low-temperature plasticity in bulk metallic glasses II: use of a log-normal barrier energy distribution and a mean-field description of high-temperature plasticity.P. M. Derlet & R. Maaß - 2014 - Philosophical Magazine 94 (24):2776-2803.
  6.  7
    Vibrational properties of grain boundaries in nanocrystalline Ni using second moment potentials.P. M. Derlet, S. Van Petegem & H. Van Swygenhoven - 2009 - Philosophical Magazine 89 (34-36):3511-3529.
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  7.  16
    Radiation damage near grain boundaries.M. Samaras, P. M. Derlet, H. Van Swygenhoven† & M. Victoria - 2003 - Philosophical Magazine 83 (31-34):3599-3607.