We propose to develop sub-ns pulsed fibre master-oscillator power amplifier (mopa) source with over 20w of average power. The mopa will be seeded by a laser diode to allow flexible control over the pulse duration, repetition rates and pulse energy, for advanced semiconductor laser processing.
The project deals with the development of new diamond coated hard metal tools for milling and drilling cfrp and stacked cfrp in order to significantly increase productivity, process capability and safety. A new mql unit will be developed with respect to aerosol generation and the use of cold gases.
The project i-choose-chick establishes new processes for the physical modification of chickpea ingredients. With this new choice of clean-label ingredients the quality and consumer acceptance of gluten-free bakery products will be enhanced and new product concepts for celiac people are enabled.
Itea 3 is the follow-up of the successful eureka clusters itea and itea 2. Itea 3 is essential to secure and enhance the position of european industry in software-intensive systems and services.
To develop the ams technology for hpdc alloys resulting in improved quality and achieving economical advantages. The refined micro- structure and the elimination of harmful intermetallic compounds will reduce heat treatment costs. Partners' competitiveness will be improved.
According to eu authorities's new demand for low percentage of melamine-formaldehyde, carmel chemicals (israel) and waca (germany) have decided to cooperate, each bringing its great knowledge and experience in order to produce new cooking products that stand at the high new standards of mf.
Optimed will develop an innovative intraoral drug delivery system. The system is aimed at reaching stabilized and adjustable circulating l-dopa levels in parkinson’s disease patients, thus maximizing symptomatic benefit and minimizing motor complications and medication side-effects.
To develop a health monitoring device integrating: the world's first proven technology for noninvasive monitoring of hemoglobin for anemia diagnosis and hemorrhage detection; additional parameters (heart rate,oxygen saturation,temperature); finger based blood pressure sensor; remote monitoring.
Pam deals with the development of an innovative and comprehensive solution for multi-zone ultrasonic nondestructive testing of jet-turbine disks using advanced algorithms, phased array (pa) instrumentation and novel probes; and its application to other relevant fields such as railway shafts.
This project will utilize innovative peptide design technology, unique peptide synthesis and modification capabilities and specialized activity testing models for the generation of innovative toll-like receptor antagonists and agonists. These will be used as both, research tools and drug candidates.