Consortium
TFNS is the coordinator of this project, having the responsibility of overall coordination of the Consortium. It has an expertise in the field of development, design, and characterization of polymer and composite materials for a wide range of applications, as well as to create innovative packaging solutions, harnessing electricity from water, enhancing agricultural practices, and improving drug delivery systems. The team publishes papers in top international journals, holds patents, and develops technical solutions. They are focused on finding innovative solutions within materials science, maintaining strong ties with industry. The team comprises 1 Associate Professor, 2 Research Associate and 3 PhD students, and is responsible mainly for Work Package 6, focused on communication and dissemination activities, and Work Package 2, for the elaboration of the Working Set of the Gas analyzers Detectors.
NANOTECH is an industry-oriented SME from Ukraine, producer and market-supplier of the nanomaterials, including metals oxides nanopowders of various compositions, to the market of nanomaterials & nanotechnologies. The company commercializes the developed technologies of oxide and non-oxide nanoparticles manufacture, ceramic parts and components based on them. The team also has unlimited access to the equipment, infrastructure and facilities available at the Institute for Problems of Materials Science (IPMS) of Ukrainian Academy of Sciences for wide characterization of both nanoparticles and ceramic pieces. The team comprises of 3 Senior Research Engineering staff & 3 Engineering & Management staff.
At the Faculty of Engineering and Natural Sciences of the Bandırma Onyedi Eylül University, the team is actively developing technologies of modern electronics, electrical engineering, and software engineering. The team comprises 3 professor, 2 PhDs and 2 Early stage Engineering staff, with its leader being an expert in fields of radiation material interactions, including implantation nanotechnology. BANU is mainly responsible in the Determination of the Performance Parameters of the Innovative Set of the Detectors, which belong to Work Package 5.
NRD is a manufacturing company, covering a broad spectrum of dispersive and pressed oxide nanomaterials. The company’s work directs the creation of nanopowders for research investigation. The technology of chemical co-precipitation uses for the synthesis of oxide materials. The different metal salts and agents-precipitators are used to obtain materials as in amorphous and crystalline states in semi-industrial scale. NRD team comprises of 4 senior researchers and academics and 3 ESRs, mainly carrying out Work Package 1, focused on the Engineering NanoMaterials Design for gas analyzers Detectors.
The Deep Technology Laboratory is a private non-profit association founded in Lisbon by a group of specialists in the field of innovation, communication and high technology. The DTL is launched as a Technological Association with focus on development & implementation of innovative products and processes. More specifically, the DTL targets are: the definition of a market approach for prioritized technologies; the manufacture of innovative products; commercialization of innovative technologies; and a commitment to advancing scientific frontiers in Deep Tech and Tough Tech. The DTL includes staff & collaborators from various S&T areas of Nanomedicine, Nanomaterials, and Nanoelectronics for Health Care, Environment Protection (innovative sensors for land, water, and air quality control), and Sustainability. The team comprises 3 Senior and 3 Early-Stage Researchers, who will be focused mainly on Work Package 4, to develop a Signal Processing Module to support E-NOSE Prototype Design.
NanoPhoenix is a company active in the field of Life Sciences and, particularly, in the development of micro and nanostructured surfaces reproducing the extracellular matrix physiological environment and surface topography, for cell biology studies, supporting the customer all the way from design to large-scale production. The team comprises 3 Senior and 1 Early-Stage Researchers, responsible mainly for the Testing & Calibration of the Innovative Detector’s Set for E-NOSE Application (Work Package 3).
The Institute specializes in the development of new alternative energy devices of modern electronics, hydrogen energy, solar energy converters, nanotechnology, unique technological processes in materials science, possible due to a special (optical) spectrum and ultrahigh flux density of incident radiation. The team, which comprises 3 Senior & 1 Early stage Researchers, carries out fundamental and applied research in the field of materials science, in particular, the interaction of concentrated solar radiation with matter, the synthesis of non-metallic materials, etc.
The Institute of Radiation of Problems is the only scientific institution within Ministry of Science and Education Republic of Azerbaijan which is carrying out fundamental scientific and technical researches and making domestic and international information exchange in the directions of peaceful use of nuclear energy, Radiation Safety, Radioecology, Physicochemical Problems of Power Engineering, Nonconventional Energy Transformation Processes, Radiation Effects in Solids and Radiative Study of Materials in Azerbaijan. The IRP team comprises 3 Prof. & 3 Post Docs, and has strong experience in:
- simulation and design of semiconductor detectors;
- electrical and optical parameters of photodiodes;
- radiation hardness of semiconductor detectors;
- effect of temperature on physical parameters of semiconductor detectors.
UZBEKISTAN
Republican Scientific and Practical Center of Sports Medicine
The Republican Scientific and Practical Center of Sports Medicine specializes in assessing the health and physiological capabilities of athletes (both healthy and disabled) using portable devices and devices that monitor the functioning of all organs and systems of the body. The RSP team conducts quantitative studies of the gas composition of exhaled human air in order to determine the parameters of the "main exchange" and identify of any, including volatile and unknown, chemical compounds in biological samples. The team comprises 3 Senior and 2 Early Stage Researchers.
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