Irradiation induces the formation of small point defect clusters in RPV steels. These clusters act as obstacles for the movement of dislocations and can therefore harden the material. It is of primary importance to be able to simulate quantitatively the cluster distributions in order to predict the mechanical properties of irradiated materials.
Development of efficient strategies for the rational design of materials involved in the production and storage of renewable energy is essential for accelerating the transition to a low-carbon economy. To contribute to this goal, we propose a novel workflow for assessment and optimization of battery materials. The approach effectively combines quantum and atomistic modelling/simulations, enhanced by efficient sampling, Bayesian parameterization and experimental information. It is implemented to study prospective materials for lithium and sodium batteries.
W imieniu organizatorów zapraszamy do udziału w „Seminarium KlastER: Modele Biznesowe Energetyki Rozproszonej i Obywatelskiej”, które odbędzie się 7 listopada br. w Warszawie, w Centrum Zarządzania Innowacjami i Transferem Technologii na ul. Rektorskiej 4, Piętro: IV, Sala: 4.01. Seminarium organizowane jest przez zespół Interdisciplinary Division For Energy Analyses (IDEA) będący zakładem Narodowego Centrum Badań Jądrowych.
Link do strony seminarium:
Szanowne Koleżanki,
Szanowni Koledzy,
Zapraszam serdecznie na odczyt Problems of Energiewende, Dr. Detlefa Ahlborna, wiceprezesa niemieckiej organizacji Vernunftkraft.
In muonic atoms, the atomic electrons are replaced by a single muon. Due to the large muon mass and correspondingly small Bohr orbit, nuclear structure effects on atomic energy levels are vastly enhanced.
We have performed laser spectroscopy on muonic hydrogen, deuterium, and helium-3 and -4 ions, with surprising results. Our value of the proton and deuteron charge radii are, for example, 5-6 standard deviations smaller than the corresponding world averages from regular atoms and electron scattering.
