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Comparison of CNOSSOS-EU and NMPB methods for road noise modelling in Italy and in Romania

Duration: From January 2023 to December 2024 (2 years) Bilateral agreement: CNR/Romanian Academy (Romania) Funding Institution: CNR and Romanian Academy Contact person: E. Ascari (IPCF) – Tudor Sireteanu (Romanian Academy) For several decades the European community has focused attention on the issue of noise prevention, given its importance as an environmental pollutant. With effects such as […]

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Esplorazione dei meccanismi di sintesi prebiotica nei crateri da impatto

Duration: From 2022 to 2024 (3 years) Bilateral agreement: CNR/CAS (Czech Republic) – biennio 2022-2023 Funding Institution: CNR and Academy of Science, Czech Republic.    Triennium program Contact person: F. Saija (IPCF) – Martin Ferus, (Academy of Science, Czech Republic) This project focuses on extensive experimental and theoretical investigations of formamide-based and hydrogen-cyanide- (HCN)-based prebiotic synthesis in post-impact hydrothermal model environments. Firstly, […]

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Detection of micro and nanoplastics absorbed in the gut of marine invertebrates by Raman/SERS tweezers

Duration: From January 2022 to December 2024 (2 years) Bilateral agreement: CNR/Royal Society (United Kingdom) – 2022-2023 Funding Institution: Royal Society Contact person:  P. G. Gucciardi (IPCF) – Tamara Galloway (University of Exeter – UK) The project is focused on the detection of micro and nanoplastics absorbed in the intestine of marine invertebrates using Raman optical tweezers in order to increase […]

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Auto-aggregazione di particelle attive con forme complesse in potenziali ottici controllati

Duration: From 01 Jun 2019 to 31 Dec 2022 (3.5 years) Bilateral agreement: CNR/Tubitak (Turkey) Funding Institution: CNR and TUBITAK-Scientific and Technological Research Council of Turkey Contact person: O. M. Maragò (IPCF) – Luca Biancofiore (University of Bilkent – TR) In this project we aim to extend the study on Janus particles to non-spherical active particles, like elongated Janus particles, Janus micro- and […]

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