Selections of new cherry cultivars and their introduction in growing is the main goal of the project. Recent attention on the human health benefits of cherries helped boost their consumption because of their high antioxydant content (polyphenol, vitamin c, anthocyanin).
To develop 450mm lithography critical modules and tools and advanced optical system as well to take care for sub-system development and qualification, and system qualification of the new 450mm platform
Increasing the competitiveness of tourism industry via the generation of industrially relevant research, technological development and innovation (rtdi) projects oriented to the sustainable development and improvement of tourism, leisure and cultural sectors, through technological innovation.
To discover and develop a natural product for the management of a specific plant disease - "fire blight" - offering an alternative or complementary approach to the use of chemical control.
Current ultrasound transducers have resonant operation in a single frequency band to transmit and receive single band ultrasound pulses, for example centered around 10 mhz. The new imaging technology developed at ntnu and surf, uses dual band transmitted pulse complexes,for example pulse complexes
Steam and irradiation as complementary methods for decontamination and preservation of food ingredients. Optimization of the process and evaluation of physicochemical and microbiological characteristics.
By bringing together national agrifood clusters&programmes&in close connection with european platforms this network facilitates organisations within the agrifood sector to access knowledge&funds, find partners, enter new markets&build proj that lead to innovative products/processes/services.
The new trend of craft brewing is creating an exciting new market for premium priced highly aromatic (ha) hops. It is clearly sustainable and profoundly changing the way brewers value hops, which presents a new opportunity for the european hop industry.
Will lay technical foundation for design&discovery of next-generation metallic alloys, compounds&composites that can be processed into higher-performance metallic components. Will integrate industrial metallic materials,advanced manufacturing, end-user oem engineering&academic research across europe
The purpose of this project is to develop a low-cost and high-efficiency new innovative sequence of treatments: nitriding and subsequent heat treatment combined with a deep cryogenic treatment for the formation of nitrided layers with unique properties, on forming, forging and cutting tools.