Evaluation and development of industrial lasers for material processing
Experimental and theoretical determination of the distribution of primary and secondary air pollutants in order to understand and predict their chemical transformation and their transport over europe.
European collaboration in the field of flexible automated assembly systems
50w to 4kw co laser-systems, beam-delivery and applications r & d. The work includes optical-fibre development and medical applications research (at low powers).
Investigation of corrosion processes of different copper alloys according to certain environments, and develop special conservation therapies. (Outdoor bronze monuments selected).
Objective: the aim is to generate sub-projects developing high technology products, processes, systems or services contributing to solving some of europe's major environmental problems.
Development of self-contained devices to inspect the inside of pipelines designed for the transportation of liquid with the purpose of detecting wall defects such as corrosion and cracks.
Study of the phenomenon of the radical structural breakdown of marble grain structures. This kind of destruction is quantitively proved by ultrasonic measurements.
Improvement in safety technology in laser medicine by evaluation and development of procedures, devices, standards requirements for medical lasers, accessories, personal protection to avoid/dispose of toxic or infectious material
Develop a second generation, machine-aided translation system in three years for ten language pairs: french/english german/english, french/german, spanish/english and italian/english.