Related issue of this can be used to modify nanoclusters Produce ion tracks in materials, and also the closely With electronic stopping powers exceeding about 1 keV/ion) We are examining the fundamental mechanisms of B 104, 104101 (2021)įlyura Djurabekova, Kai Nordlund, Aleksi Leino An important part of the work is development of machine-learned potentials for high-entropy alloys.į. We study how the exciting new class of materials known as high-entropy alloys respond to in irradiation. 111, 065504 (2013),įredric Granberg, Flyura Djurabekova, Kai Nordlund, Jesper Byggmästar, Emil Levo We study how ion beams can be used to dope or modify the mechanicalĪnd optical properties of nanowires, as well as the basic physics ofĭamage production and sputtering from nanowires. The projects are listed in reverse chronological from when they were started.įlyura Djurabekova, Antti Kuronen, Kai Nordlund, Andrey Ilinov, Wei Ren, Mohammad Wali Ullah Radiation effects and phase transitions in metals Quantum molecular dynamics damage in Si detectorsĬarbon nanostructures, low-dimensional materialsĭocent, Assistant professor (University of Vienna)Ĭarbon and BN nanosystems, nitrogen under pressure Potential development, fusion reactor materials Nanoclusters (both simulation and experiment)Īssistant Research Professor, Univ. Surface reactions in fusion reactor divertorsĮuropean Patent Office, The Hague, Belgium Irradiation effects in compound semiconductors potential development Product development, Varian Medical Systems PhD student (cotutelle with Xi'an Jiaotong Univ)įusion reactor materials carbon nanotubes Machine learning interatomic potential development Professor, vice rector of University of HelsinkiĬomputational materials physics medical physicsįusion and fission reactor materials Fusion Advanced Computing Hub Professor, Head of Materials Physics Division This page summarizes the activities of the simulation Refereed publications and 3 PhD theses annually.
In recent years, the work has resulted on average in about 30 international Much of the work is done as part of the internationalĬollaboration networks asssociated with major big science facilities
The work is done in closeĬollaboration with experimental groups in the same departmentĪnd worldwide. Plasma irradiation effects, electrical arcing and other nonequilibriumĮffects in all classes of materials. Several open PhD positions in Aug-Sep 2022 Materials science simulations in the Division of Materials Physics Materials physics simulations in the Division of Materials Physics Open positions
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