Publications

Found 9 results
Author Title [ Type(Desc)] Year
Filters: First Letter Of Title is C and Author is Tamás Pusztai  [Clear All Filters]
Journal Article
Cluster size from X-ray diffraction and magnetic measurements in Fe-Ag multilayers and FeZrBCu nanocrystals, Kiss, LF, Balogh J, Bujdosó L, Kaptás D, Kemény T, Pusztai Tamás, and Vincze I , Materials Science Forum, Volume 360-362, p.505-512, (2001)
Comparison of powder and single crystal data of C60(C14H10O2) an oxygen containing anthracene derivative of C60, Bortel, G, Oszlányi G, Faigel G, Tegze M, Pusztai Tamás, and Pekker S , Materials Science Forum, Volume 228-231, p.879-884, (1996)
The composition dependence of the structural and magnetic properties in Fe92-xBxZr7Cu1 nanocrystals, Kemény, T, Kaptás D, Kiss LF, Pusztai Tamás, Balogh J, and Vincze I , Journal of Magnetism and Magnetic Materials, Volume 215, p.268-271, (2000)
Consistent multiphase-field theory for interface driven multidomain dynamics, Tóth, Gyula, Pusztai Tamás, and Gránásy László , Physical Review B, Volume 92, p.184105, (2015)
A critical assessment of the classical kinetic approach to nucleation and growth, Gránásy, László, Pusztai Tamás, and James PF , Physics and Chemistry of Glasses, Volume 43C, p.270-280, (2002)
Crystal growth kinetics as an architectural constraint on the evolution of molluscan shells, Schoeppler, Vanessa, Lemanis Robert, Reich Elke, Pusztai Tamás, Gránásy László, and Zlotnikov Igor , Proceedings of the National Academy of Sciences, Volume 116, Issue 41, p.20388-20397, (2019)
Crystal nucleation and growth in binary phase-field theory, Gránásy, László, Börzsönyi T, and Pusztai Tamás , Journal of Crystal Growth, Volume 237-239, p.1813-1817, (2002)
Crystal nucleation and growth of spherulites demonstrated by coral skeletons and phase-field simulations, Sun, Chang-Yu, Gránásy László, Stifler Cayla A., Zaquin Tal, Chopdekar Rajesh V., Tamura Nobumichi, Weaver James C., Zhang Jun A. Y., Goffredo Stefano, Falini Giuseppe, et al. , Acta Biomaterialia, Volume 120, p.277-292, (2021)