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Skip to main content. Self-Assembly in Confined Space. Self-Assembly in Confined Space. On Wed, 01/23/2013 - 09:12. Welcome to the website of Self-Assembly in Confined Space (SACS), a research project between academic and industrial partners funded by the European Union. Within the SACS project, basic research on the self-organisation of nanoscale building blocks is transformed into exciting application in lighting, catalysis and electrochromic devices. Read more about Self-Assembly in Confined Space.

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Skip to main content. Self-Assembly in Confined Space. Self-Assembly in Confined Space. On Wed, 01/23/2013 - 09:12. Welcome to the website of Self-Assembly in Confined Space (SACS), a research project between academic and industrial partners funded by the European Union. Within the SACS project, basic research on the self-organisation of nanoscale building blocks is transformed into exciting application in lighting, catalysis and electrochromic devices. Read more about Self-Assembly in Confined Space.
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FP7-SACS | fp7-sacs.com Reviews

https://fp7-sacs.com

Skip to main content. Self-Assembly in Confined Space. Self-Assembly in Confined Space. On Wed, 01/23/2013 - 09:12. Welcome to the website of Self-Assembly in Confined Space (SACS), a research project between academic and industrial partners funded by the European Union. Within the SACS project, basic research on the self-organisation of nanoscale building blocks is transformed into exciting application in lighting, catalysis and electrochromic devices. Read more about Self-Assembly in Confined Space.

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Sacs-concept | FP7-SACS

http://www.fp7-sacs.com/sacs-concept/2

Skip to main content. Self-Assembly in Confined Space. The new phosphor materials resulting from this project will induce a new twist in the lighting industry in the EU. The scarce, expensive and environment-unfriendly rare-earth elements. Which moreover are mainly available through Asian markets, can be eliminated. This way, a more reliable material flow. Similar materials are currently used in washing powders and anti-microbial cheese coatings), and have only limited impact on the ecosystem.

2

Sacs-concept | FP7-SACS

http://www.fp7-sacs.com/sacs-concept/3

Skip to main content. Self-Assembly in Confined Space. ITO material has been extensively used as a transparent electrical conductive material. Electrochromic displays (as well as other technologies) require fully transparent electrodes in order to allow the visualization of color transitions and through the display, as well. ITO has been one of the bottlenecks to commercialization of many transparent electrodes-dependent technologies due to its high cost.

3

Volker | FP7-SACS

http://www.fp7-sacs.com/users/volker

Skip to main content. Self-Assembly in Confined Space. 3 years 7 months.

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Sacs-concept | FP7-SACS

http://www.fp7-sacs.com/sacs-concept/4

Skip to main content. Self-Assembly in Confined Space. Is a major science behind sustainability. No matter what the energy source is oil, natural gas, coal, biomass or solar a clean sustainable energy future will involve catalysis. Apart from improving the performance of existing industrial processes for energy production, nano-catalysts. For achieving the goals. The new phosphor materials resulting from this project will induce a new twist in the lighting industry in the EU. The scarce, expensive an...

5

SACS at the ICP 2013 | FP7-SACS

http://www.fp7-sacs.com/content/sacs-icp-2013

Skip to main content. Self-Assembly in Confined Space. SACS at the ICP 2013. On Wed, 07/24/2013 - 18:19. The SACS project is presenting its first exciting results that the Internation Conference on Photochemistry. More information at http:/ www.kuleuven.be/communicatie/congresbureau/congres/icp2013.

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bionanoplasmonics.com bionanoplasmonics.com

BioNanoPlasmonics Lab

http://www.bionanoplasmonics.com/collaborations.html

Skip to the navigation. Skip to the content. The BioNanoPlasmonics Lab is a partner of the following networks:. EU FP7 Infrastructure Project). EU Network of Excellence). Spanish Platform on Nanomedicine). Ongoing Collaborations with Research Groups. Electron Tomography and EELS Plasmon Mapping. Sara Bals / Staf van Tendeloo. University of Antwerp, Belgium. F Javier García de Abajo. Institute of Photonic Sciences, Barcelona ( ICFO. Optical Properties of Nanoparticles. Thin Films and Nanostructures.

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REnewable FunctIoNal matErial Training material scientists for a sustainable polymer industry. REFINE will develop a green technology, which can directly be validated and integrated by industry and thus lead towards a greener and more sustainable society. REFINE Result in Brief on CORDIS website. REFINE's project's publishable summary has been approved by the European Commission and is the basis for the "Result in Brief" written by CORDIS sc. Progress Meeting in Tulln. Will take place from 28 June 3 July.

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Raising European Students Awareness in Aeronautical Research Through School-Labs’ is the main objective of the project REStARTS. The objective of the project is to contribute in reversing the current trend of disinterest of young people towards aeronautics. In this project,the partners of the aeronautical research and training institutes develop informative material about current research topics in aeronautics including basic aerodynamic fundamentals like ‘. How does an airplane fly?

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Welcome to RISKSUR | www.fp7-risksur.eu

RISKSUR tools for surveillance design and evaluation. Http:/ www.fp7-risksur.eu/ results/tools. RISKSUR is offering online training material in the form of recorded presentations and webinars. Http:/ www.fp7-risksur.eu/ progress/training-and-webinars. The RISKSUR consortium has finalised and published a comprehensive document on best practices in animal health surveillance. Http:/ www.fp7-risksur.eu/ progress/best-practice-document. Http:/ www.fp7-risksur.eu/ progress/publications-presentations. The proj...

fp7-sacs.com fp7-sacs.com

FP7-SACS

Skip to main content. Self-Assembly in Confined Space. Self-Assembly in Confined Space. On Wed, 01/23/2013 - 09:12. Welcome to the website of Self-Assembly in Confined Space (SACS), a research project between academic and industrial partners funded by the European Union. Within the SACS project, basic research on the self-organisation of nanoscale building blocks is transformed into exciting application in lighting, catalysis and electrochromic devices. Read more about Self-Assembly in Confined Space.

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save – private area | Self-Adaptive Virtualisation-Aware High-Performance/Low-Energy Heterogeneous System Architectures

Save – private area Self-Adaptive Virtualisation-Aware High-Performance/Low-Energy Heterogeneous System Architectures. Save – private area. Self-Adaptive Virtualisation-Aware High-Performance/Low-Energy Heterogeneous System Architectures. Self-Adaptive Virtualisation-Aware High-Performance/Low-Energy Heterogeneous System Architectures. The public web site is available here http:/ www.fp7-save.eu/. While this is the members’ only area. Sdot; Powered by WordPress.

fp7-save.eu fp7-save.eu

save :: home

Self-Adaptive Virtualisation-Aware High-Performance/Low-Energy Heterogeneous System Architectures. Self-Adaptive Virtualisation-Aware High-Performance/Low-Energy Heterogeneous System Architectures. Is a European collaborative. Research project funded within the Seventh Framework Programme ( FP7. Aimed at the development of software/hardware technologies for an efficient exploitation of. The project launched in September 2013 and has a 36 months duration. October 13, 2016. SAVE technologies video 1.

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