Abstract:
Die Erfindung betrifft ein Oberflächenmodifizierungssystem für die Beschichtung von Substratoberflächen mit metallischem Charakter, wobei eine Dispersion polymergeschützter Partikel verwendet wird. Die Wechselwirkung der Partikel mit der Substratoberfläche und die Verankerung der Polymerketten ergeben eine Haftvermittlerschicht, an welche weitere Targetmoleküle durch Ladungswechselwirkung angebunden werden können.
Abstract:
The invention relates to a surface modification system for coating metallic substrate surfaces, wherein a dispersion comprising polymer-protected particles is used. The interaction of the particles with the substrate surface and the anchoring of the polymer chains produce an adhesion promoter layer to which other target molecules can adhere to due to the charge interaction.
Abstract:
The invention relates to the functionalization of polymer surfaces, which is caused by a mechanical incorporation of functionalized and/or polymer-protected solid particles. A stable, homogeneous and dense functionalization of the substrate can be achieved by means of a mechanical effect on a polymer substrate wetted with functionalized solid particles. A simplification of the functionalization procedure is achieved by applying the described method.
Abstract:
A method for analyzing engineered nanoparticles (ENP) in a substrate comprising: (a') a noninvasive screening technique, (a) measuring the particle size distribution of the ENP; (b) quantifying the ENP in the substrate and (c) identifying the ENP in the substrate; apparatus for carrying out the method; a food product produced according to the method; an ENP and a film comprising an ENP.
Abstract:
Die Erfindung betrifft die Funktionalisierung von Polymeroberflächen, wobei diese durch eine mechanische Einarbeitung von funktionalisierten und/oder polymergeschützten Festkörperteilchen herbeigeführt wird. Mit Hilfe einer mechanischen Einwirkung auf ein mit funktionalisierten Festkörperteilchen benetztes Polymersubstrat kann eine stabile, homogene und dichte Funktionalisierung des Substrates herbeigeführt werden. Mit der beschriebenen Verfahrensweise wird eine Vereinfachung der Funktionalisierungsprozedur erreicht.
Abstract:
A method for analyzing engineered nanoparticles (ENP) in a substrate comprising: (a1) a noninvasive screening technique, (a) measuring the particle size distribution of the ENP; (b) quantifying the ENP in the substrate and (c) identifying the ENP in the substrate; apparatus for carrying out the method; a food product produced according to the method; an ENP and a film comprising an ENP.
Abstract:
The invention relates to a surface modification system for coating metallic substrate surfaces, wherein a dispersion comprising polymer-protected particles is used. The interaction of the particles with the substrate surface and the anchoring of the polymer chains produce an adhesion promoter layer to which other target molecules can adhere to due to the charge interaction.
Abstract:
The invention relates to the functionalization of polymer surfaces, which is caused by a mechanical incorporation of functionalized and/or polymer-protected solid particles. A stable, homogeneous and dense functionalization of the substrate can be achieved by means of a mechanical effect on a polymer substrate wetted with functionalized solid particles. A simplification of the functionalization procedure is achieved by applying the described method.