3 Aug 2017NFFA-Europe offers to European and Third Country1 scientists from both academia and industry the possibility to carry out comprehensive projects for multidisciplinary research at the nanoscale. Activities are performed in six different types of Installations: - Lithography and nano-patterning (Litho) - Growth and synthesis (Growth) - Theory and Simulation (Theory) - Structural and Morphological nano-characterisation (SM Charact.) - Electronic and Chemical nano-characterisation (EC Charact.) - Magnetic, Optical and Electric nano-characterisation (ME Charact.) Each Installation includes laboratories located in different NFFA-EU sites; furthermore, when needed, limited2 access to co-located Large-Scale Facilities for Fine Analysis is offered as part of the access to Litho, or SM, EC or ME nano-characterisation. NFFA-Europe proposals necessarily include access to more than one type of Installation (e.g. Litho and Growth, Growth and Theory, SM Charact. and EC Charact., etc.) and cannot be limited to Fine Analysis only. Whenever possible access will be granted in a single NFFA-Europe site for all research steps. Access to more than one site for a given proposal will be considered only when technically or scientifically justified.
21 Mar 2017This deliverable describes the results achieved within task 1.5 “Communication”, and is also connected to the dissemination purposes of the project (WP11). The work done aimed at setting up the main information and functionalities of the website as a Single Entry Point (SEP) to find out about the project and access the offer of tools made available through NFFA-Europe research infrastructure.
22 Feb 2017This document contains the NFFA Deliverable D11.2 “Draft metadata standard for nanoscience data” due in M6. It describes the approach, the relevant information management practices, standards and recommendations taken into account, as well as empirical research done by NFFA JRA3 for the purpose of metadata design, and then suggests a draft recommendation for NFFA metadata model. Having a common and well-defined metadata model is essential for human-to-human, human-to-machine and machine-to-machine interoperability in NFFA. Such a model will support the development of Information and Data management Repository Platform (IDRP) and will contribute to structured business analysis across the project. In return, the model will get further inputs from the continuing IT architecture design and business analysis. In addition to the NA activities, the deliverable has been discussed and validated through a number of conference calls and electronic communication in JRA3, as well as in the course of a dedicated face-to-face meeting in Abingdon, UK, in February 2016. The metadata model here proposed will be further validated, updated and detailed through the NFFA project activities within and beyond JRA3. It will be then finalised in D11.14 “Final metadata standard for nanoscience data” in M30. Approach