Phase-field lattice Boltzmann model for dendrites growing and moving in melt flow, Rátkai, László, Pusztai Tamás, and Gránásy László , npj Computational Materials, Volume 5, p.113, (2019)

Phase-field crystal modelling of crystal nucleation, heteroepitaxy and patterning, Gránásy, László, Tegze György, Tóth Gyula, and Pusztai Tamás , Philosophical Magazine, Volume 91, Issue 1, p.123-149, (2011)

Phase-field crystal modeling of heteroepitaxy and exotic modes of crystal nucleation, Podmaniczky, Frigyes, Tóth Gyula, Tegze György, Pusztai Tamás, and Gránásy László , Journal of Crystal Growth, Volume 457, p.31, (2017)

Phase-field approach to polycrystalline solidification including heterogeneous and homogeneous nucleation, Pusztai, Tamás, Tegze György, Tóth Gyula, Környei László, Bansel Gurvinder, Fan Zhongyun, and Gránásy László , Journal of Physics-Condensed Matter, Volume 20, Issue 40, p.404205, (2008)

Phase transitions in the A1C60 (A=K, Rb, Cs) salts, Pusztai, Tamás, Faigel G, Gránásy László, Tegze M, and Pekker S , Europhysics Letters, Volume 32, p.721-727, (1995)

Phase field theory of polycrystalline solidification in three dimensions, Pusztai, Tamás, Bortel G, and Gránásy László , Europhysics Letters, Volume 71, p.131-137, (2005)

Phase field theory of nucleation and growth in binary alloys; Interface and Transport Dynamics, Gránásy, László, Börzsönyi T, and Pusztai Tamás , Lecture Notes In Computational Science and Engineering, Volume 32, p.190-195, (2003)

Phase field theory of heterogeneous crystal nucleation, Gránásy, László, Pusztai Tamás, Saylor D, and Warren James A. , Physical Review Letters, Volume 98, Issue 3, p.035703, (2007)

Phase field theory of crystal nucleation in hard sphere liquid, Gránásy, László, Pusztai Tamás, Tóth Gyula, Jurek Z, Conti M, and Kvamme Bjørn , Journal of Chemical Physics, Volume 119, p.10376-10382, (2003)

Phase field theory of crystal nucleation and polyerystalline growth: A review, Gránásy, László, Pusztai Tamás, Börzsönyi T, Tóth Gyula, Tegze György, Warren James A., and Douglas Jack F. , Journal of Materials Research, Volume 21, Issue 2, p.309-319, (2006)

The phase field theory applied to CO2 and CH4 hydrate, Svandal, A, Kvamme Bjørn, Gránásy László, Pusztai Tamás, Buanes T, and Hove J , Journal of Crystal Growth, Volume 287, Issue 2, p.486-490, (2006)

Phase field simulation of liquid phase separation with fluid flow, Tegze, György, Pusztai Tamás, and Gránásy László , Materials Science and Engineering A-Structural Materials Properties Microstrucure and Processing, Volume 413-414, p.418-422, (2005)

Phase field models for eutectic solidification, Lewis, D, Pusztai Tamás, Gránásy László, Warren James A., and Boettinger W , Jom-Journal of The Minerals Metals & Materials Society, Volume 56, p.34-39, (2004)

Phase field modeling of polycrystalline freezing, Pusztai, Tamás, Bortel G, and Gránásy László , Materials Science and Engineering A-Structural Materials Properties Microstrucure and Processing, Volume 413-414, p.412-417, (2005)

Phase field benchmark problems for nucleation, Wu, W., Montiel D., Guyer J.E., Voorhees P.W., JA Warren, Wheeler D., Gránásy L, T Pusztai, and Heinonen O.G. , Computational Materials Science, Volume 193, p.110371, (2021)

Phase field approach to heterogeneous nucleation in alloys, Warren, James A., Pusztai Tamás, Környei László, and Gránásy László , Physical Review B Condensed Matter and Materials Physics, Volume 79, p.014204, (2009)

Orientation-field models for polycrystalline solidification: grain coarsening and complex growth forms, Korbuly, Bálint, Pusztai Tamás, Tóth Gyula, Henry Hervé, Plapp Mathis, and Gránásy László , Journal of Crystal Growth, Volume 457, p.37, (2017)

Nucleation and polycrystalline solidification in binary phase field theory, Gránásy, László, Pusztai Tamás, Börzsönyi T, Warren James A., Kvamme Bjørn, and James PF , Physics and Chemistry of Glasses, Volume 45, p.107-115, (2004)

Nucleation and polycrystalline growth in phase field theory, Gránásy, László, Pusztai Tamás, Börzsönyi T, Tóth Gyula, Tegze György, A J Warren, and F J Douglas , Materials Research Society Symposium Proceedings, Volume 859, p.76-87, (2004)

Nucleation and phase selection in undercooled melts: Magnetic alloys of industrial relevance (MAGNEPHAS), Löser, W, Hermann R, Woodcock TG, Fransaer J, Krivilyov M, Gránásy László, Pusztai Tamás, Tóth Gyula, Herlach DM, Holland-Moritz D, et al. , Journal of The Japan Society of Microgravity Application, Volume 25, Issue 3, p.495-500, (2008)

Nucleation and bulk crystallization in binary phase field theory, Gránásy, László, Börzsönyi T, and Pusztai Tamás , Physical Review Letters, Volume 88, Issue 20, (2002)

Multi-scale approach to CO2-hydrate formation in aqueous solution: Phase field theory and molecular dynamics. Nucleation and growth, Tegze, György, Pusztai Tamás, Tóth Gyula, Gránásy László, Svandal A, Buanes T, Kuznetsova T, and Kvamme Bjørn , Journal of Chemical Physics, Volume 124, p.234710, (2006)

Multiphase solidification in multicomponent alloys, Hecht, U, Gránásy László, Pusztai Tamás, Böttger B, Apel Markus, Witusiewicz V, Ratke L, DeWilde J, Froyen L, Camel D, et al. , Materials Science & Engineering R-Reports, Volume 46, Issue 1-2, p.1-49, (2004)

Monte Carlo simulations of first-order phase transformations with mutual blocking of anisotropically growing particles up to all relevant orders, Pusztai, Tamás, and Gránásy László , Physical Review B Condensed Matter and Materials Physics, Volume 57, p.14110-14118, (1998)

Modelling polycrystalline solidification using phase field theory, Gránásy, László, Pusztai Tamás, and Warren James A. , Journal of Physics-Condensed Matter, Volume 16, Issue 41, p.R1205-R1235, (2004)

Modeling the dissociation of carbon dioxide and methane hydrate using the phase field theory, Svandal, A, Kvamme Bjørn, Gránásy László, and Pusztai Tamás , Lecture Series On Computer and Computational Sciences, Volume 4A-4B, p.542-545, (2005)

Microscopic study of the magnetic coupling in a nanocrystalline soft magnet, Kemény, T, Kaptás D, Balogh J, Kiss LF, Pusztai Tamás, and Vincze I , Journal of Physics-Condensed Matter, Volume 11, p.2841-2847, (1999)

Magnetic properties of superparamagnet/ferromagnet heterostructures, Balogh, J, Csontos M, Kaptás D, Kiss LF, Pusztai Tamás, Swerts J, Vandezande S, Temst K, Van Haesendonck C, and Mihaly G , Physica Status Solidi C-Conferences and Critical Reviews, Volume 1, Issue 12, p.3235-3238, (2004)

Magnetic properties of melt-quenched amorphous Fe-2(B1-yZry) (0 <= y <= 0.55), Kaptás, D, Kemény T, Balogh J, Bujdosó L, Kiss LF, Pusztai Tamás, and Vincze I , Journal of Physics-Condensed Matter, Volume 11, Issue 15, p.L65-L70, (1999)

Magnetic properties and local structure of Fe-Zr-B-Cu nanocrystalline alloys, Kemény, T, Varga LK, Kiss LF, Balogh J, Pusztai Tamás, Tóth L, and Vincze I , Materials Science Forum, Volume 269-272, Issue 1, p.419-424, (1998)