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Philosophical Magazine A Volume 41, 1980 - Issue 3
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Original Articles

Vacancy-dislocation interaction energies in MgO

M. P. Puls Materials Science Branch, White shell Nuclear Research Establishment, Atomio Energy of Canada Limited, Pinawa, Manitoba, Canada, ROE 1LO
Pages 353-368 | Received 05 Feb 1979, Accepted 06 Aug 1979, Published online: 27 Sep 2006

Citations (22)

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Read on this site (5)

J. Rabier & M.P. Puls. (1989) Atomistic calculations of point-defect interaction and migration energies in the core of an edge dislocation in NaCl. Philosophical Magazine A 59:3, pages 533-546.
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J. Rabier & M.P. Puls. (1985) Atomistic model calculations of pipe-diffusion mechanisms in MgO. Philosophical Magazine A 52:4, pages 461-473.
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M.P. Puls. (1985) Dipole tensors and changes in elastic constants produced by defects in ionic crystals. Philosophical Magazine A 51:6, pages 893-911.
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M.P. Puls. (1983) Vacancy-dislocation interaction energies in MgO A re-analysis. Philosophical Magazine A 47:4, pages 497-513.
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J. Rabier & M.P. Puls. (1983) Calculations of pipe diffusion coefficients in MgO. Radiation Effects 75:1-4, pages 193-201.
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Articles from other publishers (17)

Marie Landeiro Dos Reis, Yvelin Giret, Philippe Carrez & Patrick Cordier. (2022) Efficiency of the vacancy pipe diffusion along an edge dislocation in MgO. Computational Materials Science 211, pages 111490.
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Marie Landeiro Dos Reis, Philippe Carrez & Patrick Cordier. (2021) Interaction between dislocation and vacancies in magnesium oxide: Insights from atomistic simulations and elasticity theory. Physical Review Materials 5:6.
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Richard Skelton & Andrew M. Walker. (2019) Interactions between bare and protonated Mg vacancies and dislocation cores in MgO. Physics and Chemistry of Minerals 46:5, pages 471-485.
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Rouzbeh Shahsavari, Lu Chen & Lei Tao. (2016) Edge dislocations in dicalcium silicates: Experimental observations and atomistic analysis. Cement and Concrete Research 90, pages 80-88.
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Rouzbeh Shahsavari, Lei Tao & Lu Chen. (2016) Structure, Energetics, and Impact of Screw Dislocations in Tricalcium Silicates. Journal of the American Ceramic Society 99:7, pages 2512-2520.
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Rouzbeh Shahsavari & Lu Chen. (2015) Screw Dislocations in Complex, Low Symmetry Oxides: Core Structures, Energetics, and Impact on Crystal Growth. ACS Applied Materials & Interfaces 7:4, pages 2223-2234.
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A. M. Walker, P. Carrez & P. Cordier. (2018) Atomic-scale models of dislocation cores in minerals: progress and prospects. Mineralogical Magazine 74:3, pages 381-413.
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Feiwu Zhang, Andrew M. Walker, Kate Wright & Julian D. Gale. (2010) Defects and dislocations in MgO: atomic scale models of impurity segregation and fast pipe diffusion. Journal of Materials Chemistry 20:46, pages 10445.
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Andrew M. Walker, Julian D. Gale, Ben Slater & Kate Wright. (2005) Atomic scale modelling of the cores of dislocations in complex materials part 1: methodology. Physical Chemistry Chemical Physics 7:17, pages 3227.
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Andrew M. Walker, Ben Slater, Julian D. Gale & Kate Wright. (2004) Predicting the structure of screw dislocations in nanoporous materials. Nature Materials 3:10, pages 715-720.
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R. Schroll & P. Gumbsch. (1998) Atomistic Study of the Interaction between Dislocations and Structural Point Defects in NiAl. physica status solidi (a) 166:1, pages 475-488.
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V. Vitek. 1996. Stability of Materials. Stability of Materials 53 97 .
A. Tóth, T. Keszthelyi, P. Kálmán & J. Sárközi. (1984) Diffusion Model for Charge Transport by Moving Dislocations in Simple Ionic Crystals. physica status solidi (b) 122:2, pages 501-508.
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L A Zilberman & L G Levin. (1983) The effect of point-defect clouds on dislocation damping. Journal of Physics F: Metal Physics 13:6, pages 1127-1137.
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M. P. Puls. (2006) Vacancy-dislocation interaction energies in MgO A re-analysis. Philosophical Magazine Part B 47:4, pages 497-513.
Crossref
B. Michel. (2006) Über das Wechselverhältnis von Kontinuumsmechanik und Strukturphysik fester Körper. Fortschritte der Physik 30:5, pages 233-310.
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M.P. Puls. 1981. Dislocation Modelling of Physical Systems. Dislocation Modelling of Physical Systems 249 268 .

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