Titlebook: Characterization of Polymer Surfaces and Thin Films; Karina Grundke,Manfred Stamm,Hans-Jürgen Adler Conference proceedings 2006 Springer-V

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0340-255X pectrum of surface sensitive techniques and their application to polymer surface and thin film characterization as well as recent examples of technologically relevant materials and process development..978-3-642-06836-2978-3-540-35070-5Series ISSN 0340-255X Series E-ISSN 1437-8027

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Organisation der Krankenhaushygiene,act of an enhanced surface sensitivity is pictured by probing the polymer structures at different depths. In addition, the possibility of determining buried structures is addressed. Depending on the characteristic structure of the thin film a?simulation of the two-dimensional GISAXS pattern is impor

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Grundlegende maschinenakustische Begriffe,g UV irradiation time corresponding to a?higher hydrophilicity of the photosulfonated polyethylene surfaces. Concomitantly the isoelectric point was shifted to lower pH values, which indicates an increasing amount of acidic -SO.H groups present at the sample surface. However, strongly photosulfonate

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Frequenzanalyse von Zeitsignalen,ation. The consumption of functional groups amounted to 40–90% of all functionalities present at the surface and depended on the dimensions of grafted molecules. For infinitely variably tuning the number of functional groups process . was performed as copolymerization of a?functional group-carrying

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Abstrahlung von Luftschallwellen,urface by cationic polyelectrolyte and depends on the SDS concentration and prehistory of the first adsorbed layer. The desorption study showed that in all cases the partial desorption of SDS took place, the value of this desorption depended on the structure of the first adsorbed layer and SDS conce

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Maschinenakustische Grundgleichung,rmation using polyanion medium molecular weight polystyrenesulfonate (PSS)and PMBQ. Streaming potential measurements, in-situ SPR and AFM were used to follow and quantify layerbuild up and charge reversal at the solid/liquid interface at the molecular level. SPR measurements,allowing in-situ control