Displaying items by tag: Energy

Development of a multiscale theoretical method for the investigation of semiconductor/molecule/polymer interfaces playing a key role in bulk-heterojunction solar cells.

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.

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.

The aim of the project is the joint performance between CNR-ISM and CAEN Spa of research activities of mutual interest.

ITER Fusion for Energy requires the development of a matrix of neutron beam spectrometers made of diamond.

Many technological applications require tools to maintain a stable micrometer distance between two surfaces. The requirements are more stringent if it is necessary to ensure electrical insulation between surfaces and also if the thermal insulation must also be met. Dielectric microspacers (DMS) represent a microtechnology capable of meeting all these requirements.

The project investigates the morphological-structural characteristics of innovative materials for high latent heat energy storage devices, developed within the European FET-OPEN AMADEUS project.

The AMADEUS project aimed to develop the next generation of materials and devices for the storage of high latent heat energy operating at ultra-high temperatures (up to 2000 °C).

The ProME3ThE2US2 project aimed at developing, validating and implementing novel solid-state structures able to convert directly concentrated solar radiation into electric energy, at a very high efficiency.

The project aims to develop a matrix of 12 pixels of CVD diamond spectrometers.