Analysis of pigments, glasses and metallic alloys in material goods of cultural interest as a support for their study and characterisation.
The group has extensive experience in the implementation of partnerships with companies in the sector for the development of clinical devices.
Characterisation of graphene on metal, number of layers, defects and doping, by Raman scattering and SPM techniques (AFM, CAFM, KPFM).
Characterisation of materials and nanomaterials using spectroscopy and Z-potential measurement techniques.
Characterisation of the cobalt blue pigment used in Valencian ceramics from Manises-Paterna in the period between the 14th and 20th centuries.
Design of new green catalysts based on functionalised mesoporous supports and nanocomposites containing noble metals.
Design, optimisation and validation of a Raman spectroscopy system for the study of historical, artistic and archaeological heritage samples.
Determination of chemical composition and spatial distribution in semiconductor heterostructures by a combination of high resolution techniques.
Development of crowd simulations on high-performance architectures.
Development of new hybrid materials of interest in nanomedicine for diagnostics, therapy and rapid sensors.
Generalitat Valenciana (Valencian Government), contact: Sofía Tomás Dols.
Identificación de defectos y deformaciones mediante microscopía Raman. Estudio eléctrico, (KPFM y C-AFM) de características I-V en nanoestructuras.
Laser surface marking with application to industrial engraving.
The group has extensive experience in training scientific personnel in the use, handling and development of Monte Carlo techniques.
Network-on-Chip development.
Non-destructive EDXRF analysis of lithic material, parietal pigments and furnishings from archaeological sites.
Non-destructive analysis of lithic, ceramic and metallic material of particular significance in the Museum's collections.
Optical characterisation of hybrid (semiconductor-metal) nanostructures for optoelectronic and sensor applications.
Physico-chemical characterisation of glass from cathedral stained glass windows.
Preparation and characterisation of catalytically active materials for oxidation and ammonia reactions.
Preparation and characterisation of materials with application in the production of advanced coatings (thermal barriers, protective coatings).
Preparation and/or characterisation of materials with application in the conventional and advanced ceramics industry.
Services on acceleration of genome methylation analysis.
Development of dissemination and training activities (educational centres, state security forces).
Specialisation course on the problems of high-speed digital signal transmission.
Studies on social behaviours in multi-agent systems.
Technical advice and consultancy in the development, characterisation or application of new materials.
Pre-clinical trials, psychological studies, technical support, information dissemination.
Organised by the Faculty of Chemistry and the College of Chemists, the INNOMAT group is participating by teaching a module on chemistry and cement technology.
Virtual environment simulation services.
