An open access
nanoscience laboratory

that transforms your project into results

TO ALL USERS: ENTRY PROCEDURES FOR COVID-19 CONTAINMENT

Before planning your trip to Trieste, please read the entry procedures related to COVID-19 containment measures carefully, in order to be sure you are allowed to enter.

Entry procedures for COVID-19 containment
WELCOME TO NFFA-TRIESTE!
Take a look at our brochure
Latest Publications
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Our Research
J. Phys. Chem. Lett., 12, 9182–9187, (2021)
Catching the Reversible Formation and Reactivity of Surface Defective Sites in Metal–Organic Frameworks: An Operando Ambient Pressure-NEXAFS Investigation
L. Braglia, F. Tavani, S. Mauri et al.
Our Research
Sensors, 21(18), 6114, (2021)
ZnO Thin Films Growth Optimization for Piezoelectric Application
V. Polewczyk, R. Magrin Maffei, G. Vinai et al.
From our users
J. Phys. Chem. Lett., 12, 35, 8627–8636, (2021)
Unveiling the Mechanisms Ruling the Efficient Hydrogen Evolution Reaction with Mitrofanovite Pt3Te4
D.W. Boukhvalov, J. Cheng, G. D’Olimpio et al.
From our users
ACS Nano, (2021)
Magnetoelectric Coupling at the Ni/Hf0.5Zr0.5O2 Interface
A. Dmitriyeva, V. Mikheev, S. Zarubin et al.
From our users
ACS Catal., 11, 9949–9961, (2021)
Electronic Properties of Ti Sites in Ziegler–Natta Catalysts
A. Piovano, M. Signorile, L. Braglia et al.
News
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22.09.2021
Meet our experts at Trieste Next
04.08.2021
Free-to-use technical drawings catalogue
03.08.2021
New ambient pressure chamber
27.07.2021
Nanosciences at the service of the green economy
Highlights
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Quantitative Ultrafast Electron-Temperature Dynamics in Photo-Excited gold Nanoparticles by transient Photoemission Spectroscopy
Transient Photoemission Spectroscopy at SPRINT @ NFFA-Trieste allowed quantitative, model-free measurement of the ultrafast electron-temperature dynamics of photoexcited plasmonic gold nanoparticles.
Tuning the magnetic properties of V2O3 / CoFeB heterostructures across the V2O3 structural transition
Effects of the V2O3 structural phase transition on the magnetic properties of an amorphous magnetic thin film of CoFeB in contact with it. By means of temperature dependent Kerr effect characterizations, in this paper is proven that crossing the V2O3 structural phase transition induces reproducible and reversible changes to CoFeB magnetic properties, especially to its coercive field.

EXPLORE OUR CATALOGUE

Growth

Multiple UHV deposition chambers based on MBE and PLD techniques for the preparation of thin films with submonolayer control.

Characterization

Different techniques to get information about the morphological, structural and magnetic properties of the samples.

Spectroscopy

State-of-the-art high resolution spectroscopies with synchrotron radiation, continuous sources and 100fs pulsed HHG Laser based sources.

Theory

Experimental data collected at the facility can be supported by models through density functional theory.
at MM building at Q2 building at Elettra experimental hall APE LOW ENERGY APE HIGH ENERGY SPRINT Laboratory at CNR-IOM cloud at Fermiexperimental hall HGGsource UHV shuttle Data services Surface & Nano Science Lab STM/STS PLD MOKE & Masked deposition system lab-XPS MBE Oxides SEM-STEM XRD PVD ARPES and spin ARPES XPS, XAS/XMCD and ambient pressure XAS Time-resolved PES and spin polarization Glovebox

info.ts@nffa.eu
Q2 Building in AREA Science Park - Basovizza
Strada Statale 14 - km 163,5 - 34149 Trieste, ITALY
ph. +39 040 3756487 fax +39 040 226767

NFFA is a Progetto Internazionale financed by MIUR through CNR (Istituto Officina dei Materiali, Trieste) and Elettra-Sincrotrone Trieste and managed by the Commissione NFFA chaired by Giorgio Rossi (Università di Milano and IOM-CNR).

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