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Philosophical Magazine Letters Volume 88, 2008 - Issue 3
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Original Articles

Melting of metals: role of concentration and migration of vacancies at surfaces

Q. S. Mei Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese Academy of Sciences, Shenyang, 110016, ChinaCorrespondence[email protected]
&
K. Lu Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese Academy of Sciences, Shenyang, 110016, China
Pages 203-211 | Received 24 Sep 2007, Accepted 04 Dec 2007, Published online: 17 Apr 2008

Citations (16)

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Read on this site (3)

A. Ghorai. (2021) Calculation of parameters of the Ashcroft and Heine–Abarenkov model potential for fcc actinium. Philosophical Magazine Letters 101:7, pages 287-292.
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Lianwen Wang. (2013) Vacancy formation and squashing during surface melting and the size effect on surface-induced melting of metals. Philosophical Magazine 93:27, pages 3648-3663.
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M. Rettenmayr. (2009) Melting and remelting phenomena. International Materials Reviews 54:1, pages 1-17.
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Articles from other publishers (13)

Gijsbertus de With. (2023) Melting Is Well-Known, but Is It Also Well-Understood?. Chemical Reviews.
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K. S. Grishakov & N. N. Degtyarenko. (2023) Stability of Solid Atomic Nitrogen Phases at Atmospheric Pressure. JETP Letters 117:9, pages 669-675.
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Bo Jin, Shuhong Liu, Yong Du, George Kaptay & Taibai Fu. (2022) Nano-crystal melting calculation for Al, Cu and Ag considering macro-crystal surface melting. Physical Chemistry Chemical Physics 24:36, pages 22278-22288.
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Alexey Redkov & Sergey Kukushkin. (2022) Theoretical aspects of the growth of a non-Kossel crystal from vapours: the role of advacancies. Faraday Discussions 235, pages 362-382.
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Arunoday Ghorai & Amitava Ghorai. (2022) Investigation of vacancy formation energy and binding energy in fcc crystals by pseudopotential technique. Physica B: Condensed Matter 634, pages 413791.
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Konstantin S. Grishakov & Nikolay N. Degtyarenko. (2022) Solid atomic hydrogen: Point defect formation and elastic stability. Physics Letters A 425, pages 127876.
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Tianshou Liang, Dejian Zhou, Zhaohua Wu & Pengpeng Shi. (2017) Size-dependent melting modes and behaviors of Ag nanoparticles: a molecular dynamics study. Nanotechnology 28:48, pages 485704.
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C. M. Liu, C. Xu, Y. Cheng, X. R. Chen & L. C. Cai. (2015) The effect of vacancies on melting properties of tantalum via molecular dynamics simulations. Applied Physics A 122:1.
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Asghar Aryanfar, Daniel J. Brooks, Agustín J. Colussi, Boris V. Merinov, William A. Goddard III & Michael R. Hoffmann. (2015) Thermal relaxation of lithium dendrites. Physical Chemistry Chemical Physics 17:12, pages 8000-8005.
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Chao Su, Yu-chao Niu, Hai-feng Li, Guo-wei Huang & Xian-zhong Wang. (2011) Thermal Expansion Behavior of Amorphous Fe-Si-B Alloys. Journal of Iron and Steel Research International 18:6, pages 74-78.
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Jozsef Garai. (2010) The physical process of melting and freezing. Solid State Communications 150:35-36, pages 1710-1714.
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X. X. Ye, X. F. Gong, Y. Q. Xie, W. F. Yu, J. Zhuang, W. X. Zhang, W. M. Wang & X. J. Ning. (2010) Predicting the melting temperatures of bulk materials. EPL (Europhysics Letters) 91:4, pages 46001.
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Xin Liu, Huimin Guo & Changgong Meng. (2010) Melting of Bulk Gold During Continuous Heating: A Molecular Dynamics Study. Melting of Bulk Gold During Continuous Heating: A Molecular Dynamics Study.

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