1 new materials, surfaces and sensing applications novel functional materials intelligent materials...
TRANSCRIPT
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New Materials, Surfaces and Sensing Applications
Novel Functional Materials
Intelligent Materials
Surface Functionalisation
Nanomaterials and Nanocoatings
New Sensor Devices
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Challenges and Opportunities
•Wide range of technological, scientific and economic opportunities •Novel materials enable innovation in a large
number of applications•Collaborations between public and private
research sectors•Technology transfer, spin-offs, start-ups•Solutions to environmental and health-related
issues (e.g. replacement of toxic materials)
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Application-oriented Material Research
•materials with tailored properties or specific functionalities•based on composites, polymers, ceramics,
metals, alloys, semi-conductors etc.
•production processes, engineering and bonding technologies must be co-developed•durability, health issues and recycling properties have
to be considered•modelling and simulation are important tools•strong industrial partners as enhancers
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Surfaces in Interaction with their Environment
The functionality of a material is often determined by its surface properties!
• techniques for the modification and processing of surfaces
• technologies for the analysis and characterisation of material surfaces
•properties of bulk material should also be considered
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Nanotechnology: Material Design at an Atomic Scale
•gain robust knowledge of the relationship between structure and property
• take safety aspects into account
Nanostructured materials, surfaces or coatings allow for the exploitation of new physical and chemical effects.
Applications:
•catalysts
•energy conversion and storage
•pharmaceutics
•electronics / sensors
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New Sensing Devices
New materials will support the development of new sensing devices based on new sensing effects and phenomena.
•very high market potential
• improvement of safety, performance and comfort in various applications
•networks of miniaturised sensors for decentralised monitoring applications
•based on various material classes and technologies (microelectronics, nanotechnologies, MEMS)