Articles citing this paper
Calculation of Surface Energy as a Function of Orientation for Cubic Crystals
JF Nicholas
21(1) pp.21 - 34
96 articles found in Crossref database.
Calculation of the interfacial energy of B1-type carbides and nitrides with austenite
Yang Z. -G., Enomoto M.
Metallurgical and Materials Transactions A. 2001 32(2). p.267
Surface energy and equilibrium shape of D1a type A4 B ordering alloy
Kingetsu Toshiki,
Yamamoto Masahiko, Nenno Soji
Surface Science. 1984 144(2-3). p.402
Determination of the surface energy of copper as a function of crystallographic orientation and temperature
McLean M
Acta Metallurgica. 1971 19(4). p.387
Cu precipitation in a prestrained Fe-1.5 wt pct Cu alloy during isothermal aging
Zhang C.,
Enomoto M.,
Yamashita T., Sano N.
Metallurgical and Materials Transactions A. 2004 35(4). p.1263
Effects of adsorption on equilibrium crystal shape: A zero-temperature calculation
Shi An-Chang
Physical Review B. 1987 36(17). p.9068
Comparison of Macroscopic and Microscopic Models for Surface and Interface Segregation of Ultrathin Alloy Films
颜 怡
Material Sciences. 2021 11(12). p.1253
(1973)
Anisotropy of interfacial free energy in solid-fluid and solid-solid systems
Basterfield J.,
Miller W.A., Weatherly G.C.
Canadian Metallurgical Quarterly. 1969 8(2). p.131
Free energy of the bcc–liquid interface and the Wulff shape as predicted by the phase-field crystal model
Podmaniczky Frigyes,
Tóth Gyula I.,
Pusztai Tamás, Gránásy László
Journal of Crystal Growth. 2014 385 p.148
Evidence for long-range repulsive atomic interactions in metals from bond energy calculations
Eberhart J. G.
Metallurgical Transactions. 1971 2(11). p.3007
Generalized Nearest-Neighbor Broken-Bond Analysis of Randomly Oriented Coherent Interfaces in Multicomponent Fcc and Bcc Structures
Sonderegger B., Kozeschnik E.
Metallurgical and Materials Transactions A. 2009 40(3). p.499
Anisotropy of cleavage in B.C.C. transition metals
Tyson W.R,
Ayres R.A, Stein D.F
Acta Metallurgica. 1973 21(5). p.621
Temperaturabhängigkeit der freien Oberflächenenergie von festem und flüssigem Eisen im Temperaturbereich zwischen 0 und 2000 K
Wawra Hans
Archiv für das Eisenhüttenwesen. 1973 44(5). p.385
Surface heat of segregation from surface core-level binding-energy shifts
Rosengren Anders, Johansson Börje
Physical Review B. 1981 23(8). p.3852
Grundzüge der theorie periodischer Facetten
Frohberg G, Adam P
Acta Metallurgica. 1975 23(3). p.365
Nucleation and growth effects in thin ferromagnetic sheets: A review focusing on surface energy-induced secondary recrystallization
Kramer John J.
Metallurgical Transactions A. 1992 23(7). p.1987
A molecular dynamics study of surface self-diffusion
Mruzik M R, Pound G M
Journal of Physics F: Metal Physics. 1981 11(7). p.1403
Advances in Chemical Physics (1979)
An analysis of surface energy anisotropy data using lattice harmonics
Gale B.,
Hunt R. A., Mclean M.
Philosophical Magazine. 1972 25(4). p.947
Physical Surfaces (1970)
Calculation of the surface composition of binary alloys by the regular solution theory; analysis of parameters involved and surface relaxation effects
Crucq A.,
Degols L.,
Lienard G., Frennet A.
Surface Science. 1979 80 p.78
Surface Mobilities on Solid Materials (1983)
Surface energy anisotropy by an improved thermal grooving technique
Mclean M., Gale B.
Philosophical Magazine. 1969 20(167). p.1033
Discrete lattice plane analysis of Baker–Nutting related B1 compound/ferrite interfacial energy
Yang Z.-G, Enomoto M
Materials Science and Engineering: A. 2002 332(1-2). p.184
Sintering and Catalysis (1975)
Density-functional theory and atomistic simulation of the hard-sphere melt-solid interface
Kyrlidis Agathagelos, Brown Robert A.
Physical Review E. 1995 51(6). p.5832
The shapes of irradiation-produced voids in nickel
Chen C. W.
Physica Status Solidi (a). 1973 16(1). p.197
Orientation dependence of the energy of slit cracks in bcc refractory metals
Yang H. C., Chou Y. T.
Metallurgical Transactions A. 1975 6(7). p.1453
Anisotropy of solid Si-liquid (Al,Si) interfacial tension in the binary and Sr-doped Al-Si eutectic alloy
Sens H.,
Eustathopoulos N., Camel D.
Journal of Crystal Growth. 1989 98(4). p.751
Flat areas on untouched metal crystals and the anisotropy of their surface energy
Jeschkowski U., Menzel E.
Surface Science. 1969 15(2). p.333
Application of an improved thermodynamic description of multilayer surface compositions of binary alloys
Hofer W., Mezey L. Z.
Fresenius' Journal of Analytical Chemistry. 1995 353(5-8). p.631
Wulff polyhedra derived from morse potentials and crystal habits of bcc and fcc metal particles
Saito Yahachi
Journal of Crystal Growth. 1981 53(2). p.273
Physical cluster mechanics: Statics and energy surfaces for monatomic systems
Hoare M.R., Pal P.
Advances in Physics. 1971 20(84). p.161
The stability of vicinal surfaces and the equilibrium crystal shape of Pb by first principles theory
Yu D K,
Bonzel H P, Scheffler M
New Journal of Physics. 2006 8(5). p.65
Interplanar potential functions for calculating surface energies and cohesive stress
Linford R.G., Mitchell L.A.
Surface Science. 1971 27(1). p.142
Festkörperprobleme 11 (1971)
Electronic Structure and Reactivity of Metal Surfaces (1976)
Temperature-driven directional coalescence of silver nanoparticles
Yan Shi,
Sun Dongbai,
Gong Yu,
Tan Yuanyuan,
Xing Xueqing,
Mo Guang,
Chen Zhongjun,
Cai Quan,
Li Zhihong,
Yu Hongying, Wu Zhonghua
Journal of Synchrotron Radiation. 2016 23(3). p.718
Strong Mesoscopic Prismatic Face Growth Suppression in High-Speed Unidirectional Growth of KDP Single Crystals
Fang Changfeng,
Zhu Chengjie,
Zhao Xian, Deng Lu
Crystal Growth & Design. 2020 20(5). p.3531
A discrete lattice plane analysis of the composition profile and surface energy of binary H.C.P. alloys with applications to γ AlAg
Ramanujan R.V.,
Aaronson H.I.,
Lee J.K., Hyland R.W.
Acta Metallurgica et Materialia. 1992 40(12). p.3433
Computational Methods for Large Systems (2011)
Facet growth of spherical lead crystals
Pavlovska A.,
Dobrev D., Bauer E.
Surface Science. 1995 326(1-2). p.101
Field evaporation from tungsten and the bonding of surface atoms
Moore A.J.W., Spink J.A.
Surface Science. 1968 12(3). p.479
HREM image simulations for small particle catalysts on crystalline supports
YAO M.‐H., SMITH D. J.
Journal of Microscopy. 1994 175(3). p.252
The stability and structure of high miller index platinum crystal surfaces in vacuum and in the presence of adsorbed carbon and oxygen
Blakely D.W., Somorjai G.A.
Surface Science. 1977 65(2). p.419
On surface energy calculations using the pairwise bonding model
Sang H., Miller W.A.
Surface Science. 1971 28(1). p.349
Molecular dynamics simulation and thermodynamics calculation on surface segregation in Ni-Cu nano-films under stress
Lian Songyou,
Wang Jiangyong,
Swart Hendrik C, Terblans Jacobus J
Physica Scripta. 2022 97(10). p.105702
Anisotropy of coherent interphase boundary energy
Lee Y.W., Aaronson H.I.
Acta Metallurgica. 1980 28(4). p.539
A new analytical surface energy model for arbitrary (h k l) planes in BCC and FCC metals
Seoane Axel, Bai Xian-Ming
Surfaces and Interfaces. 2024 45 p.103841
Adsorption surface energy and crystal growth in lron-3 pct silicon
Elban Wayne L.,
Hebbar Mohan A., Kramer John J.
Metallurgical Transactions A. 1975 6(10).
Thermodynamics and kinetics of surface/interface segregation in the stressed ultrathin alloy film on inert substrate
Yan Yi,
Lian Songyou,
Klinger Leonid,
Rabkin Eugen,
Wang Jiangyong, Xu Congkang
Applied Surface Science. 2021 562 p.150050
A new surface segregation isotherm description and its application to binary alloys
Mezey L.Z, Hofer W
Surface Science. 1995 331-333 p.799
Variation of WC grain shape with carbon content in the WC–Co alloys during liquid-phase sintering
Kim Sona,
Han Seok-Hee,
Park Jong-Ku, Kim Hyoun-Ee
Scripta Materialia. 2003 48(5). p.635
Surface Effects in Crystal Plasticity (1977)
Influence of the crystallographic orientation of the surface on the potential of zero charge of silver electrodes
Hamelin A.,
Stoicoviciu L.,
Doubova L., Trasatti S.
Surface Science. 1988 201(3). p.L498
Rapid Geometric Screening of Low-Energy Surfaces in Crystals
Liu Helena, van de Walle Axel
Symmetry. 2022 14(10). p.2067
Surface segregation in random alloys
Kumar D,
Mookerjee A, Kumar V
Journal of Physics F: Metal Physics. 1976 6(5). p.725
Observation of {110} cleavage in ⟨110⟩ axis tungsten single crystals
Cordwell J. E., Hull D.
Philosophical Magazine. 1972 26(1). p.215
The orientation dependence of zero charge potentials and surface energies of gold crystal faces
Hamelin A., Lecoeur J.
Surface Science. 1976 57(2). p.771
Determination of the anisotropy of surface free energy of fine metal particles
Menon Sarath K., Martin Patrick L.
Ultramicroscopy. 1986 20(1-2). p.93
Surface energy and surface stress tensor in an atomistic model
Price C.W., Hirth J.P.
Surface Science. 1976 57(2). p.509
Alkali halide crystals grown from a drop of melt and their anisotropy of surface energy
Höhm J., Menzel E.
Surface Science. 1973 39(2). p.272
Effect of Applied Potential on the Surface Energy, Wulff Shape and Charge Distribution of Metal Surfaces
Alsunni Yousef, Musgrave Charles
SSRN Electronic Journal . 2022
Kinetics of faceting of crystals in growth, etching, and equilibrium
Vlachos D. G.,
Schmidt L. D., Aris R.
Physical Review B. 1993 47(9). p.4896
Statistics and stability of small assemblies of atoms
Hoare M.R., Pal P.
Journal of Crystal Growth. 1972 17 p.77
(1972)
Influence of Oxygen Partial Pressure on the Wettability of Solid Fe by Liquid Bi
Hasouna Amal. T.,
Nogi K., Ogino K.
Materials Transactions, JIM. 1990 31(4). p.302
LCAO‐HMO Study of the Bond Energy of Small Crystals
Bliznakov G. M., Delineshev Sv. P.
Kristall und Technik. 1972 7(7). p.793
Adsorption on Metal Surfaces - An Integrated Approach (1983)
Chemisorption and Reactions on Metallic Films (1971)
Morphology and statistical statics of simple microclusters
Hoare M.R., McInnes J.A.
Advances in Physics. 1983 32(5). p.791
Chemisorption and Reactions on Metallic Films (1971)
Effect of applied potential on metal surfaces: Surface energy, Wulff shape and charge distribution
Alsunni Yousef A., Musgrave Charles B.
Applied Surface Science. 2023 610 p.155147
Calculations for surface energies and displacements using empirical interatomic forces
Johnson R. A., White P. J.
Physical Review B. 1976 13(12). p.5293
The Anisotropy of Interface Mobility in F.C.C. Crystals
Esin V. O.,
Daniltuk V. I., Porozkov V. N.
Physica Status Solidi (a). 1984 81(1). p.163
Surface Physics of Materials (1975)
W Tungsten (1993)
Heterogeneity of properties in Ar nanoparticles
Pirkkalainen Kari, Delogu Francesco
Journal of Nanoparticle Research. 2012 14(4).
Brittle fracture in iridium
Hecker S. S.,
Rohr D. L., Stein D. F.
Metallurgical Transactions A. 1978 9(4). p.481
Crystallographic controlled dissolution and surface faceting in disordered face-centered cubic FePd
Horton D. J.,
Zhu A. W.,
Scully J. R., Neurock M.
MRS Communications. 2014 4(3). p.113
Formation of the Magic Cluster Na8 in Noble Gas Matrixes
Kornath Andreas,
Zoermer Anja, Ludwig Ralf
Inorganic Chemistry. 2002 41(24). p.6206
Shapes of Nuclei of Evaporated fcc Metals
Fukano Y., Wayman C. M.
Journal of Applied Physics. 1969 40(4). p.1656
Density functional theory study of the relaxation and energy of iron surfaces
Spencer Michelle J.S,
Hung Andrew,
Snook Ian K, Yarovsky Irene
Surface Science. 2002 513(2). p.389
Surface energy anisotropy of tungsten
Kumar Rajinder, Grenga Helen E
Surface Science. 1976 59(2). p.612
A pairwise interaction approach to the adsorption of oriented overgrowths
Stoop L.C.A.
Thin Solid Films. 1977 42(1). p.33
Microscopic study on the origin of poor phosphatability in a multi-phase steel
Han Sang-Tae,
Kim Dong-Hyun,
Kang Kicheol,
Park Jung-Chul,
Joe Jae-Dong,
Song Yonkyun,
Lee Jae-Sang, Heo Yoon-Uk
Materials Characterization. 2021 172 p.110823
Evidence for a Relationship between the Anisotropy of Surface Energy and Surface Reconstruction: Comparison of Pt(110) and Cu(110)
Bonzel H. P.,
Freyer N., Preuss E.
Physical Review Letters. 1986 57(8). p.1024
Binary alloy surface compositions from bulk alloy thermodynamic data
Williams Frank L., Nason D.
Surface Science. 1974 45(2). p.377
Equilibrium segregation in the stressed Ni(111)(Au) nano-films on inert substrate
Lian Songyou,
Zhou Man Man,
Yan Yi,
Terblans Jacobus J.,
Swart Hendrik C.,
Wang Jiangyong, Xu Congkang
Journal of Materials Science. 2021 56(10). p.6217
Physical Metallurgy (2014)
Strain energy of 〈111〉 slit cracks in cubic crystals
Yang H.C, Chou Y.T
Materials Science and Engineering. 1975 17(1). p.57
Morphology and etching processes on macroscopic metal catalysts
Flytzani-Stephanopoulos M., Schmidt L.D.
Progress in Surface Science. 1979 9(3). p.83
Solvay Conference on Surface Science (1988)
Effects of plastic relaxation on the semi-brittle fracture of 〈100〉 oriented tungsten single crystals
Liu J., Bilello J. C.
Philosophical Magazine. 1977 35(6). p.1453
The surface energy anisotropy of 3% silicon iron
Mills B.,
Mclean M., Hondros E. D.
The Philosophical Magazine: A Journal of Theoretical Experimental and Applied Physics. 1973 27(2). p.361
Modelling coarsening behaviour of TiC precipitates in high strength, low alloy steels
Jang J H,
Lee C-H,
Han H N,
Bhadeshia H K D H, Suh D-W
Materials Science and Technology. 2013 29(9). p.1074
