Journals
- Crystal-melt interfacial free energy of binary hard spheres from capillary fluctuations, Majeed Amini and Brian Laird, Physical Review B, 2008, Vol 78, 144112-1 to 144112-6.
Abstract / Journal link/ Research area: Crystal Growth - Kinetic Coefficient for Hard-Sphere Crystal Growth from the Melt, Majeed Amini and Brian Laird, Physical review Letter, 2006, Vol 97, page 216102-1 to 216102-4.
Abstract / Journal link/ Research area: Crystal Growth - Abnormal Weight Among University Students in the Kingdom of Bahrain (2018), Nizar Jaoua, Alexander Woodman and Majeed Amini, American Journal of Internal Medicine, American Journal of Internal Medicine, 2018, Vol 6, page 152 to 160.
Abstract / Journal link/ Research area: Related to medicine - Crystal-melt interfacial free energy of binary hard spheres from capillary fluctuations, Majeed Amini and Brian B. Laird (30 October 2008), Physical Review B, 78, Iss. 14 — 1 October 2008, 144112.
Journal link/ Research area: NA - Kinetic Coefficient for Hard-Sphere Crystal Growth from the Melt, Majeed Amini, Brian Laird (November 2006), Physical Review Letter, 97, Iss. 21-24 November 2006, 216102.
Journal link/ Research area: Simulation, Molecular Dynamics
Conferences
- The kinetic coefficient of hard-sphere crystal-melt interfaces from molecular-dynamics simulations, Majeed Amini and Brian Laird, APS Conference 2006
Conference link/ Research area: Crystal Growth - Calculation of the crystal-melt interfacial free energy for the binary hardsphere system with the diameter ratio of 0.9 at the zoetrope, Majeed Amini, Brian Laird (April 2011), American Physical Society, APS, USA.
Conference link/ Research area: Simulation, Molecular Dynamics - The kinetic coefficient of hard-sphere crystal-melt interfaces from molecular-dynamics simulations, Majeed Amini, Brian Laird (March 2006), American Physical Society, APS, USA.
Conference link/ Research area: Simulation, Molecular Dynamics
Publications
- Amini, M. and Laird, B.B. Phys. Rev. Lett. 97, 216102 (2006)
- Amini, M. and Laird, B.B. Phys. Rev. B. 78, 144112(2008)