About EPJ
The European Physical Journal (EPJ) is a series of peer-reviewed journals covering the whole spectrum of physics and related interdisciplinary subjects. EPJ is committed to high scientific quality in publishing and is indexed in all main citation databases.
Latest news
EPJ N Highlight - A minimal predictive viscosity model of solvent phases
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- Published on 15 January 2020

A novel thermodynamic model to predict macroscopic viscosity of concentrated extractant systems in the presence of heavy metals is presented. The viscosity increase of monoamides in presence of uranyl is a challenging technological lock for industrial extraction processes. This work presents experimental indications on the origin of the viscosity increase and introduces a model based on the three well-established concepts of molecular packing parameters, supramolecular curvature and elasticity of amphiphilic film, as well as polymer physics extended to “living polymers”.
EPJ N Highlight - Calculation of ion irradiation damage using Iradina code
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- Published on 23 May 2019

Binary Collision Approximation (BCA) calculation allows for two types of damage calculation: Full Cascade and Quick Calculations. Full Cascade mode describes fully the cascades while in Quick Calculations only the trajectory of the ion is followed, and effective formulas give an estimation of the damage resulting from each collision of the ion. Quick Calculation of damage are implemented in the Iradina code both for elemental and multi-component solids. Good agreement is obtained with SRIM. It is shown that Quick Calculations are unphysical in multi-component systems. The choice between Full Cascade and Quick Calculations is discussed. It is advised in this paper to favour Full Cascade over Quick Calculation because it more grounded physically and applicable to all materials. Quick Calculations remain a good option for comparisons with former studies or for pure solids in the case of actual quantitative comparisons with neutron irradiations simulations in which damage levels are estimated with the NRT (Norgett-Robinson and Torrens) formulas.
EPJ N Highlight - Novel approach for the study of reactive dissolution
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- Published on 10 April 2018

With the goal of understanding and modelling the reactive dissolution of solids, new microscopic methods have been developed for the investigations of the phenomena and kinetics of these reactions, and applied to the dissolution of uranium dioxide in nitric acid media.
The first paper presents a state of knowledge of the dissolution of uranium dioxide in nitric acid media. It highlights the numerous chemical and physico-chemical issues which still need to be addressed concerning its understanding, with a focus on autocatalysis, mass-transport and non-uniform attack of the solids.
Open calls for papers
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EPJ A Topical Collection devoted to the legacy of Peter Schuck
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EPJ A Topical Collection: Radiative Corrections: From Medium to High Energy Experiments
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EPJ A Topical Collection: Short-Range Correlations and the EMC Effect
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EPJ A Topical Issue: Heavy and Super-Heavy Nuclei and Elements: Production and Properties
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EPJ B Topical Issue: Extreme Value Statistics and Search in Biology: Theory and Simulations
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EPJ D Topical Issue: Electron and Positron Interactions and Their Applications: a tribute to Professor Michael Brunger
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EPJ D Topical Issue: Dynamics and Photodynamics: from isolated molecules to the condensed phase
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EPJ D Topical Issue: Quantum Walks and applications
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EPJ E Topical Issue: 50 years of Small Angle Neutron Scattering at the ILL in Grenoble
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EPJ E Topical Issue: Festschrift in honor of Philip (Fyl) Pincus
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EPJ E Topical Issue: Novel Molecular Materials and Devices from Functional Soft Matter
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EPJ H Special Issue: History for Physics: Contextualizing modern developments in the foundations of quantum theory
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EPJ Plus Focus Point Issue: Advances in cryogenic detectors for dark matter, neutrino physics and astrophysics
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EPJ Plus Focus Point Issue: Citizen science for physics: From Education and Outreach to Crowdsourcing fundamental research
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EPJ Plus Focus Point Issue: Focus Point on Higher Derivatives in Quantum Gravity: Theory, Tests, Phenomenology
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EPJ Plus Focus Point Issue: The Magic of Glass
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EPJ Quantum Technology - Open Calls for Papers
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EPJ ST Special Issue Celestial Mechanics: new discoveries and challenges for space exploration
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EPJ ST Special Issue: Application of Fractional-Calculus in Physical Systems
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EPJ ST Special Issue: Machine Learning for quantum many-body systems
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EPJ ST Special Issue: Molecular and Cellular Mechanics
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EPJ Techniques and Instrumentation - Open Calls for Papers