Search Results
The scale-up of material microstructuring: a perspective
2009, Kraus, Tobias
[no abstract available]
Entwicklung einer für nanoskalige Pulver geeigneten Prozeßtechnologie zur Herstellung keramischer Bauteile mit hoher Zuverlässigkeit : Abschlußbericht des INM, Saarbrücken zum BMFT-Forschungsvorhaben
2000, Nonninger, Ralph
[no abstract available]
Flexible organic photodiodes with transparent electrodes fabricated by wet chemical deposition methods : Projekt FLEX-OPTEC, Teilvorhaben: Entwicklung von Zinn-dotierten Indiumoxid(ITO)-Schichten mit nasschemischen Beschichtungsmethoden auf flexiblen Kunststoffsubstraten für organische Photodioden ; Schlussbericht zum BMBF-Projekt
2008, Veith, Michael
[no abstract available]
Fast and sensitive screening of transparent composite materials using polarized light image processing
2009, Weiss, Ingrid M., Heiland, Birgit
Composite materials of natural origin have remarkable material properties. In order to mimic the various functions of such materials for technical applications, it is necessary to understand the structure and the mechanisms of their formation, a scientific field which is called structural biology. A milestone in the era of structural biology was the application of the polarized light microscope for investigating biological specimens by W. J. Schmidt in 1924. A recent development in polarization technology is the LC-PolScope (Abrio IM™ Imaging System) that has been developed by R. Oldenbourg and his colleagues during the past 20 years. Like conventional polarization microscopy, it probes the local anisotropy of the specimen’s optical properties, such as birefringence or dichroism. Since there is a close relationship between such properties and molecular order in bulk materials, polarization microscopy can be regarded as a submicroscopic technique. The LC-PolScope is especially suitable for investigating biological materials without the need for using contrasting agents such as fluorescent markers. We demonstrated the applicability of this technique for the fast and sensitive screening of biological composite materials. Implications for the characterization of biomineralization phenomena in a quantitative manner are discussed.
Entwicklung neuer Verarbeitungsprozesse für die Lebensmittelherstellung durch Anwendung von neuartigen funktionalen Materialoberflächen : Schlussbericht
2007, INM
[no abstract available]
Abschlußbericht Lichthärtende Matrizes für die Nanoimprint-Technologie : innerhalb des BMBF/VDI-Verbundprojektes: Massiv paralleles Nanoimprint ; Berichtszeitraum: 01.09.98 - 31.08.01
2001, Berni, A., Mennig, M., Schmidt, H.
[no abstract available]
Zahnoberflächenversiegelung mit einer antiadhäsiven Nanokompositbeschichtung : Schlussbericht
2009, Gerbes, S., Brück, S.
[no abstract available]