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  • Inno.CNT
    Presse Download Fragen Antworten Antworten zu allen Fragen bzgl Nanokohlenstoffen erhalten Sie hier Die Projekte der Innovationsallianz Inno CNT sind abgeschlossen Deshalb wird der Internet Auftritt nicht mehr aktualisiert Ergebniszusammenfassungen der Projekte sind im Downloadbereich weiterhin verfügbar Informationen zu CNTs

    Original URL path: http://www.inno-cnt.de/de/faq.php (2016-02-14)
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  • Inno.CNT
    News Presse Download News Presse Mit unserem News Angebot möchten wir Ihnen die Recherche erleichtern Hier finden Sie Hintergrundinformationen rund um die Initiative Inno CNT sowie Wissenswertes aus dem Bereich Carbon Nanotubes Bei weiterführenden Fragen wenden Sie sich bitte an das Netzwerk NanoCarbon Nachrichten Die Projekte der Innovationsallianz Inno CNT sind abgeschlossen Deshalb wird der Internet Auftritt nicht mehr aktualisiert Ergebniszusammenfassungen der Projekte sind im Downloadbereich weiterhin verfügbar Informationen zu

    Original URL path: http://www.inno-cnt.de/de/news.php (2016-02-14)
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  • Inno.CNT
    CarboMembran PDF 0 8 MB Projekt CarboPower PDF 0 4 MB Projekt CarboProtekt PDF 1 3 MB Projekt CarboRoad PDF 1 3 MB Projekt CarboTube PDF 0 3 MB Broschüre Flyer Inno CNT Broschüre PDF 3 3 MB Inno CNT Flyer PDF 500 KB Inno CNT Flyer BMBF PDF 216 KB Informationsmaterial zu Veranstaltungen Inno CNT Workshop Report Metrology and Exposure Assessment of Carbon Nanotubes November 2011 PDF 1 3 MB Inno CNT Jahreskongress 2010 Vorträge zur Übersicht der Vorträge Inno CNT Jahreskongress 2010 Poster zur Übersicht der Poster Video Kohlenstoffnanomaterialien erobern Märkte CNT Film mp4 12 MB Projektdatenblätter Backgrounder Projekt CarboAktiv PDF 1 3 MB Projekt CarboBau PDF 200 KB Projekt CarboElast PDF 200 KB Projekt CarboMetal PDF 200 KB Projekt CarboPlate PDF 200 KB Projekt CarboProtekt PDF 200 KB Projekt CarboScale PDF 200 KB Projekt CarboTube PDF 200 KB Projekt CarboDis PDF 200 KB Projekt CarboFuel PDF 200 KB Projekt CarboFunk PDF 200 KB Projekt CarboPower PDF 200 KB Projekt CarboSafe PDF 200 KB Projekt CarboAir PDF 200 KB Projekt CarboInk PDF 200 KB Projekt CarboMembran PDF 200 KB Projekt CarboRoad PDF 200 KB Projekt CarboCar PDF 200 KB Projekt CarboSpace PDF 200 KB Projekt CarboElCh PDF 350

    Original URL path: http://www.inno-cnt.de/de/infocenter.php (2016-02-14)
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  • Inno.CNT
    the so called fluidized bed process plays a key role in this context This method allows for the targeted development of new CNT structures which are custom tailored to the needs of specific applications Since the catalysts have an essential impact on the morphology and product properties of the CNT it is important to create mandatory technical standards that ensure the production of the required quantities in customizable and consistent

    Original URL path: http://www.inno-cnt.de/en/projekte_carboscale.php (2016-02-14)
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  • Inno.CNT
    bond between the carbon surface and the surrounding materials is indispensable to ensure that CNT can display the full range of their outstanding electrical thermal and mechanical properties in composites These bonds are specific for every material The CarboFunk project is dedicated to resolving this challenge Its core objective is to functionalize CNT meaning that the surface of CNT is chemically modified in such a way it allows for optimal

    Original URL path: http://www.inno-cnt.de/en/projekte_carbofunk.php (2016-02-14)
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  • Inno.CNT
    and control the intentional integration of CNT into a variety of polymeric structures Socalled dispersion processes ensure that CNT which typically exist in entangled and agglomerated form can be dispersed and distributed in a customized manner into a polymeric base material The various project partners are performing work to investigate the dispersion of CNT in all types of basic polymers i e thermoplastics thermosets and elastomers to provide adequate results

    Original URL path: http://www.inno-cnt.de/en/projekte_carbodis.php (2016-02-14)
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  • Inno.CNT
    toward mass market production its production costs need to be substantially reduced The CarboPlate project focuses on bipolar plates as a central element of PEM fuel cells These are manufactured from highly conductive carbon filled synthetic materials the so called compounds in injection molding processes The use of CNT has the potential to optimize the associated material properties and processing characteristics In addition to improving properties the application of mass

    Original URL path: http://www.inno-cnt.de/en/projekte_carboplate.php (2016-02-14)
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  • Inno.CNT
    Questions and answers News Press Download CarboFuel Increased energy efficiency has the potential to considerably reduce CO2 emissions and to reduce primary energy imports The advancement of fuel cells and optimized electrolysis for manufacturing industrial products plays a central role in this regard The CarboFuel project integrates CNT into electrodes for electrolysis and fuel cell systems This is expected to lead to essential performance increases that will also have a

    Original URL path: http://www.inno-cnt.de/en/projekte_carbofuel.php (2016-02-14)
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