Project
BEST4U - Bifacial Efficient Solar cell Technology with 4 terminal architecture for Utility-scale
The Best4U project is an industrial research project aimed at finding solutions to increase the efficiency of photovoltaic modules over 25%, and improve bifaciality, because this significantly reduces the BOS and the LCOE.
EFOR II - Energy from renewable sources
The project aimed to understand, through the construction of ES systems with different configurations, if and under which conditions the coupling between hard and soft phases allows to improve the thermal stability compared to systems consisting of the hard phase only.
CLaN-Solar-E - Combined Laser Nanotechnology for Solar Energy
Use of laser techniques for the generation and characterization of nanostructured materials and formulation of operational protocols for the improvement.
Multifunctional Hybrid Organic-Inorganic Materials based on Metal Phosphonates
The objectives are the design and synthesis of new phosphonate-based organic-inorganic hybrids to be possibly used as innovative starting materials for the production of LiFePO4/C nanocomposites.
NANOMAG - Magnetic Nanoparticles and Thin Films for Spintronic Applications and High Performance Permanent Magnets
The action aimed at the study and optimization of hard magnetic materials, without critical elements, through intense exchanges involving ISM staff and the University of Delaware
ID2EA - Realization of dosimeters and related amplification system for the detection of ionizing radiation and development of the ionizing radiation detection system
The project had the following objectives: 1) the development of low cost CVD diamond radiation dosimeters for quasi-distributed monitoring; 2) development of dedicated electronics for reading; 3) optimization of the amplification electronics to be applied not only to an ionizing radiation dosimeter, but also to photodiodes used for reading optical signals.
EFOR I - Energy from Renewable Sources
The project aimed to understand, through the construction of ES systems with different configurations, if and under which conditions the coupling between hard and soft phases allows to improve the thermal stability compared to systems consisting of the hard phase only.
POLYPHEMO - POLymer based hYbrid nanomaterials for PHotovoltaics: improving Efficiency by theoretical Modeling
Development of a multiscale theoretical method for the investigation of semiconductor/molecule/polymer interfaces playing a key role in bulk-heterojunction solar cells.
E2PHEST2US - Enhanced Energy Production of Heat and Electricity by a combined Solar Thermionic-Thermoelectric Unit System
The European project E2PHEST2US had as its objective the development of innovative cogeneration modules for the conversion of concentrated solar energy into small-sized electricity.
Composite of Inorganic Nanotubes and Polymers
Aims of the project: The main purpose of the Action is the creation of a network of highly inter-disciplinary skills, focused on the research and development of new composite materials of inorganic nantubes and polymers.
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Development of detectors for fast neutrons
The aim of the project is the joint performance between CNR-ISM and CAEN Spa of research activities of mutual interest in sectors.
RICIRCOLA - The factory towards a circular economy: from the recovery of plastic to the end-of-life of vehicles
The objective of Ricircola project its the development of the new circular economy paradigm to be transferred within the production cycle of the automobile FCA Melfi plant (Italy).
SENSOCARD: SENSOrs for rapid detection CARDiovascular emergencies
SENSOCARD aims to the optimization and field demonstration of an integrated prototype for the diagnosis of cardiovascular emergencies. The prototype is a multifunctional platform that:
- integrates pulse oximeter, sphygmomanometer, ECG and Impedance Cardiography (ICG) signals with blood chemistry values (e.g. troponin) detected from a drop of blood;
- allows the rapid and non-invasive identification of fatal arrhythmias, heart attack and respiratory failure induced by pulmonary edema.
Project partner: Microsis S.r.l., CNR - ISM (Montelibretti branch)
#cardiovascular_emergencies, #electrochemical_sensors
AHEAD2020 - IIntegrated Activities for the High Energy Astrophysics Domain
AHEAD2020 has been approved to advance the integration of national efforts in high-energy astrophysics, keeping the community at the cutting edge of science and technology and ensuring that observatories are at the state of the art.
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