<em>PADUA</em>

The seat carries out research and technology transfer in different areas of chemistry, materials and energetics

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PADUA PADUA
Headquarter

<em>MILAN</em>

Research activity in Milan concerns the properties and technology of structural and functional materials, fluid dynamics, and diagnostics or reactive systems.

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MILAN MILAN
Organizative Unit

<em>GENOA</em>

ICMATE-Genoa has expertise in the fields of physical chemistry of interfaces and in the preparation of powders, ceramics and composites of functional oxides.

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GENOA GENOA
Organizative Unit

<em>LECCO</em>

ICMATE-Lecco is one of the few centers in Italy able to operate in the secondary metallurgy of advanced metallic materials

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LECCO LECCO
Organizative Unit

Featured researches

3D POROUS Cu–Zn ALLOYS AS ALTERNATIVE ANODE MATERIALS FOR LI-ION BATTERIES WITH SUPERIOR LOW T PERFORMANCE

A joint team between ICMATE CNR Padova and Helmholtz Institute Ulm for Electrochemical Energy Storage has developed a novel class of lithium-ion battery (LIB) anodes based on Zn-rich porous CuxZn1-x intermetallic compounds. The carbon- and binder-free electrodes produced by a cheap and scalable electrodeposition procedure in aqueous media exhibit an extraordinary lithium storage capability at low temperature. These findings pave the way for more efficient, safer and faster charging of LIB-powered vehicles in regions with cold climates.

A.  Varzi,  L.  Mattarozzi,  S.  Cattarin,  P.  Guerriero,  S.  Passerini
Advanced Energy Materials 8 (2018) 1701706.

News & Events

International School of Physics “Enrico Fermi” - Course 207: “Advances in Thermoelectricity: Foundational Issues, Materials, and Nanotechnology”

The Enrico Fermi Schools are a highly prestigious series of summer schools of the Italian Physical Society with a tradition of more than 60 years and with many Nobel laureates as lecturers (https://www.sif.it/attivita/scuola_fermi/).

The school "Advances in Thermoelectricity: Foundational Issues, Materials, and Nanotechnology” aims to provide students with a modern vision of the physics of thermoelectric phenomena.

Our colleague ICMATE dr. Carlo Fanciulli, is the Scientific Secretary of the School and will be a School Lecturer.

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1st International Conference on Nanofluids (ICNf) and the 2nd European Symposium on Nanofluids (ESNf)

24th – 26th June 2019, Castellon (Spain)

www.icnf2019.com

These are a series of international conferences under the auspices of the European Cooperation in Science and Technology (COST) Action - NANOUPTAKE (CA15119, www.nanouptake.eu). Focuses of ICNf 2019 include production and characterization of nanofluids and liquid-based nanocomposites, nanofluid-based heat transfer and storage of thermal energy, as well as industrial applications.

Dr. Simona Barison, ICMATE CNR, is a member of the Scientific Committee and will be glad to provide information on the Conference.

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KNOWLEDGE DISSEMINATION

Editor’s choice in Journal of Cultural Heritage, Volume 35C, 2019

The definition of the authenticity of artworks has undergone a slow process of development: with time, connoisseurship — the traditional practice of attributing detailed artistic identities to works of art on the basis of a comparative analysis of stylistic and formal components — has lost its position of technical leadership. In fact, currently, trust in the expert eye is increasingly subjected to the “objective” outcomes ensured by new and more rigorous techniques of scientific analysis of materials. However, this approach risks being somewhat reductive and incomplete.

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THIS WEEK'S HIGHLIGHTS

The increasing demand for alternatives to fossil fuels lead scientists to search for new materials to be used as energy vectors. Nowadays, it is generally accepted that hydrogen is the best solution to this issue. One of the reasons why hydrogen is not yet commonly employed in everyday life lies in the lack of a safe, practical and effective method for its storage. A possible solution that meets the above requirements is given by intermetallic hydrides, which can be charged with hydrogen at high-pressure to form stable hydrides, then releasing hydrogen by heating the host intermetallic.

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Studies of the physico-chemical properties of the solid-liquid interfaces at high temperatures, in particular wetting and reactivity, and of the related mechanisms.

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The research activity is articulated along three complementary lines:

  • Synthesis and characterization of inorganic nanosystems (thin films, nanopowders) through liquid phase soft-chemical approaches
  • Functionalization of nanostructures with molecules and metal complexes through chemical grafting and/or embedding
  • Self-assembly and organization of coordination driven metallo-supramolecular architectures

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