Tenders

5G-CAR - V2X COMUNICATION SYSTEMS FOR SMART AND SAFE TRANSPORT
5G-CAR is an industrial research project approved on the “Call for strategic industrial research projects aimed at the priority areas of the smart specialization strategy” (DGR 986/2018) within the POR-FESR EMILIA ROMAGNA 2014-2020, Axis 1 – Research and innovation, Action 1.2.2. Realization of a 5.9 GHz radio interconnection system according to the 802.11p protocol and according to the 5G modalities. The radio interconnection system, including multiple antennas (MIMO) and interface media, will be able to exchange data at very high speeds, from 1 to 5 GB / s, between vehicles and between vehicles and infrastructures on the route. In the fractions of a second in which the antennas of vehicles and fixed nodes will be within reach it will be...

 

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CHALLENGE project - 3C-SiC Hetero-epitaxiALLy grown on silicon compliancE substrates and 3C-SiC substrates for sustaiNable wide-band-Gap powEr devices 
CHALLENGE is a H2020-EU.2.1.3 that proposes to a new approach to improve the quality reduction of defects in bulk cubic silicon carbide material We propose a new approach to improve the quality and to reduce stress: it is necessary to modify the structure of the substrate (compliance substrate) in order to force the system to reduce the defects while increasing the thickness of the layer. Furthermore, by using the typical bulk growth techniques used for 4H-SiC it is possible to grow bulk 3C-SiC wafers, improving considerably the quality of the material. Contact person: Roberta Nipoti , Fulvio Mancarella

 

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POR-FESR IPA/BC-monitor project
CNR-IMM Bologna is partner of the IPA/BC-monitor project , funded by Regione Emilia-Romagna in the framework of the POR FESR 2014-2020 call. The project focuses on the d evelopment of an innovative system - compact and standalone - for online measurements of two key components of the particulate matter: Policyclic Aromatic Hydrocarbons (PAH) and Black Carbon (BC). The system is designed for integration into air quality networks in urban environments. A high degree of automation considerably lowers the costs for sampling and analysis with respect to conventional methods of PAH determination in PM. Online measurements of priority pollutants (PAH) and climate forcers (BC) are originally combined in “IPA/BC-Monitor”, which reflects the most...

 

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H2020 picoGC project
CNR-IMM Bologna is the main R&D subcontractor of the Horizon2020 SME-Instrument "picoGC" project . The project coordinator is Pollution s.r.l. (Budrio, Italy), and Micronit Microtechnologies GmbH (Dortmund, Germany) is partner of the consortium. The aim of picoGC project is to develop a new MEMS-based device that will integrate, in a single and robust unit at chip level , all the analytical functions necessary to perform gas chromatography analyses with the best performances ever achieved by currently MicroGC technology. The main target is the analyis of natural gas to determine its composition and heating value, and applications include the quantification of odorants as well as mudlogging. CNR-IMM will design and develop the...

 

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EMRP SIB02-REG3 - Distributed Raman amplification for phase coherent transfer of optical frequencies
Current amplification techniques employed in transfer of optical frequencies over long distances exhibit a significant degree of complexity and impose specific constraints on the optical fibre link. The work of SIB02-REG3 project is mainly to study, characterise and experimentally demonstrate the benefits of distributed fibre Raman amplification in long-distance transfer of optical frequencies for time-frequency metrology, finally aiming at frequency comparisons at a level better than 10 -18 , and to exploit synergies with other amplification methods (i.e. Brillouin amplification) for a boosted performance. The Research Excellence Grant (REG) SIB02-REG3 will develop research activity on distributed Raman amplification with a 12 month...

 

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