Titlebook: Controlling the Morphology of Polymers; Multiple Scales of S Geoffrey R. Mitchell,Ana Tojeira Book 2016 Springer International Publishing S

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Vieweg Handbuch Bauphysik Teil 2tion of poly(lactic acid) nanoparticles, prepared following two different protocols. We observed the formation of a mesophase dependent on the preparation method. Also, we present the possibility of preparing morphology-controlled polymer nanocrystals, using the polymer nanoparticles as template.

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,Fachterminologie Deutsch ? Englisch,t. Such systems are then contrasted with alternative strategies by which molecular self-assembly can be used to generate morphologically controlled polymers, which exhibit useful combinations of properties.

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Crystallization in Nanocomposites,the matrix behaviour. We then consider the situation in polydisperse melts where extended objects can be formed from the high molecular weight fraction in the melt, and then finally we review work reported in this field in the context of nanoscale fillers.

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Nanodielectrics: The Role of Structure in Determining Electrical Properties,t. Such systems are then contrasted with alternative strategies by which molecular self-assembly can be used to generate morphologically controlled polymers, which exhibit useful combinations of properties.

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Berechnung und Auslegung von Baugruppen, the chemical bonds are anisotropic but without appropriate molecular ordering, that anisotropy is not conveyed to the macroscopic scale which has a substantial impact on the properties. This chapter focuses on detailing these scales of structures and the types of ordering processes which are observ

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Berechnung und Auslegung von Bauteilen,apter provides an overview of the experimental techniques available for visualizing and evaluating polymer morphology. The chapter sets out to provide sufficient information to enable the reader to appreciate the research work described in the following chapters. Imaging techniques can provide inval

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Berechnung und Auslegung von Bauteilen,he enhancements in properties through the addition of relatively small quantities of nanoparticles. In this chapter, we centre our attention on the effects, if any, of the nanoparticles on the behaviour of the polymer matrix and in particular the nucleation and growth of crystal phases in the case o

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https://doi.org/10.1007/978-3-8348-9137-2vey on our current understanding about thermodynamics and kinetics of polymer crystallization. On thermodynamics, we introduced the melting point, metastable states, phase diagrams, mesophase formation, as well as those structural factors governing melting points, mainly on the basis of the mean-fie

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