Project
DISSIPO - Ambiente di Simulazione Integrato Elettromagnetico Termico e FiSico per l’ottimizzazione delle preStazioni in dIspositivi di POtenza a Semiconduttori
The goal of the project was the realization of a hybrid HPA (High Power Amplifier) demonstrator in the 11-12 GHz frequency range with an output power greater than 60 W and an efficiency greater than 45%, optimizing technologies in GaN (gallium nitride).
CLaN4SEnSe - Combined Laser Nanotechnology for Solar Energy and Sensors
During the project laser based techniques have been used for the generation and characterization of nanostructured materials together with the definition of the formulation of operational protocols to be followed for improving the energy conversion yields of new technical solutions and new technologies adopted in the construction of the solar concentrators manufactured by the SME partner.
CLaN - Combined Laser Nanotechnology
The aim of the International Cooperation CLaN project is to strengthen the participation of the ISM-CNR Tito Scalo branch to international scientific research networks focused on the definition and dissemination of innovative integrated laser based methodologies for the production and characterization of nanomaterials of technological interest for R&D
The factory towards a circular economy: from the recovery of plastic to the end-of-life of vehicles
The Ricircola project had its objective in the development of the new circular economy paradigm to be transferred within the production cycle of the automobile FCA Melfi plant (ITALY) by carrying out an energy-environmental scenario analysis and evaluating the intervention and recycling methods of thermoplastic materials deriving from both production waste and end of life vehicles.
TERAMAGSTOR - Terabit Magnetic Storage Technology
The project aims, through a systems approach, at designing, fabricating and testing future perpendicular magnetic storage media with areal density larger than 1 Tbit/in2.
APACHE - Active & intelligent PAckaging materials and display cases as a tool for preventive conservation of Cultural HEritage
Most of the cultural heritage objects hosted by museums are often stored in unsuitable climatic conditions. APACHE will develop cutting-edge technology to control and prevent the degradation of this heritage.
E-RHIS - European Research Infrastructure Heritage Science
The Project aims to offer high-tech research infrastructures for the characterization of archaeological finds to the community active in the field of cultural heritage, through the establishment of dedicated laboratories.
Agreement concerning collaboration in scientific research at the spallation neutron source ISIS
The project aims to study the influence of parameters such as the thickness of the active material, the size of the electrodes, the material of the electrodes for the construction of diamond detectors for fast neutrons.
Development of a Diamond Spectrometer Array for Neutrons at JET
The project aims to develop a matrix of 12 pixels of CVD diamond spectrometers.
Realizzazione di dosimetri e relativo sistema di amplificazione per la rilevazione di radiazioni ionizzanti e messa a punto del sistema di rilevazione di radiazioni ionizzanti
The project's objectives are the development of low cost CVD diamond radiation dosimeters and the development of dedicated electronics for reading.
More...
PIK - Single-shot X-ray radiation emission experiments
The project deals with R&D and implementation of a prototype of an innovative XUV spectrometer for photon spectroscopy.
ARPA - Autonomous and flexible manufacturing and Augmented Reality techniques for Processes Automation
The activities of the CNR concern the study and preparation of innovative nanocomposite polymers.
Control of degradation and synergistic mechanism of osteogenesis of Zn-Li alloys coated with tricalcium phosphate substituted with Sr and Cu for biomedical implants
The main objective of this project is to develop novel advanced materials for orthopaedic biomedical implants.
A nanoview of radiation-biomatter interaction
The project aims to exploit new opportunities to study the structure and dynamics of complex biomolecules isolated.
English (UK) 
Italiano (Italia)