In-situ tools, sample designs and protocols
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The report will contain the design of the tools and sample for in-situ experiments, the protocols, and the first results. Contributing tasks: T3.4.
Plan for dissemination and exploitation incl. communication activities
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D7.1 provides an initial plan for dissemination and exploitation incl. communication activities and training and will be periodically updated based on the project’s progress. It also constitutes an initial dissemination & communication kit for AddMorePower, as well as the launch of the project website and communication infrastructure in M03. Contributing tasks: T7.1, T7.2.
Virtual ECCI and dislocation density tensor
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This deliverable describes the data transfer for virtual ECCI simulation (to WP2), the data formats and data needs defined and communicated as well as the first successful data transfer and utilization for modelling. Dissemination of documentation and distribution of the protocols and data structure (CHADA, GitHub). Contributing task(s): T5.3.
Documentation of domain-level ontologies - CHADAs & MODAs
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The community standards CHADA and MODA describe the common understanding on describing, processing, characterizing and modelling of materials and of their properties for the applied methods in AddMorePower in a formalized way. Contributing tasks: T2.1, all tasks of WPs 3, 4, 5; T6.1, T6.2.
Cu metallization
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As-processed and aged Cu films are characterized using TEM (visualization + ACOM) and EBSD techniques. This data is transferred to WP5 for the generation of microstructure-informed models. Furthermore Cu/semiconductor materials combinations are heated in-situ in the TEM to study the deformation behaviour. Contributing tasks: T4.3.
Project quality plan
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The project quality plan (project handbook) constitutes a set of project templates and explains the project management, review, internal quality control process, and other organizational topics such as meeting organization. This handbook shall support all partners in their daily work. Contributing task: T1.1.
Imaging protocols for Lab-based Transmission X-ray Microscopy and nano-Computed Tomography
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The protocols will be established for both, Mo and Cu sources. The documents will be distributed on relevant platforms (e.g. GitHub). Contributing tasks: T3.1.
Mean field model for vacancy diffusion
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Mean Material parameters are established and linked to experiments. Numerical stability is tested under various initial, boundary and loading conditions (stress states, temperature states and vacancy concentrations). Dissemination of documentation and distribution of the model and its data structure (MODA, GitHub). Contributing task(s): T5.1
