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12° International Conference on Environmental Engineering and Management (ICEEM) Since the previous edition, people’s life styles, production and consumption patterns and the global economy have changed dramatically. We are now struggling to understand the impacts of these trends on the environment, on the ecosystems, and how we are going to ensure a more sustainable management of resources. ICEEM12 will remain the same multi- and transdisciplinary forum for high-level scientific dissemination...Read More

“Supporto per la realizzazione delle fasi finali degli studi di fattibilità per la replicabilità di soluzioni naturali e del sistema di supporto alle decisioni nell’ambito del progetto H2020 Hydrousa” E’ indetta una procedura di valutazione comparativa per titoli e colloquio finalizzata all’affidamento di un incarico individuale con contratto di lavoro autonomo per lo svolgimento della seguente attività nell’ambito dei progetti di ricerca: progetto UE – H2020 HYDROUSA “Demonstration of water...Read More

The recent discovery (dated July 2020) of the ferroelectric nematic phase opened a new chapter not only for the liquid crystal community, but in the whole condensed-matter physics. Beside adding a new, very peculiar, member to the group of ferroelectric materials, the new phase offers a broad range of physical effects to explore ranging from the behavior of topological defects to surface anchoring, response to low frequency electric fields and...Read More

Abstract Numerical models for the quantification and management of groundwater fluxes in aquifers have been more and more frequently applied since the advent of computers and their continually increased computational capabilities. Nowadays, groundwater numerical models are pivotal tools to manage groundwater resources, and to forecast the possible impacts of management practices. The broad availability of graphical user interfaces allowed hydrogeologists and environmental engineers to implement complex numerical codes like MODFLOW...Read More

Two examples of magnetic materials with zero or low critical raw material content of interest for new generation permanent magnets and advanced electronic devices will be reported in this conference. A novel, effective and high-promising chemical synthesis route will be discussed for the preparation of magnetically hard L10-FeNi alloys made of abundant and easily recyclable Fe and Ni elements, which may be used for the fabrication of sustainable permanent magnets...Read More