Titlebook: Crystallization of Polymers; Marcel Dosière Book 1993 Springer Science+Business Media Dordrecht 1993 chemistry.crystal.macromolecule.molec

ethereal

https://doi.org/10.1007/978-94-011-1950-4chemistry; crystal; macromolecule; molecule; morphology; polymer

aerial

978-94-010-4862-0Springer Science+Business Media Dordrecht 1993

辞职

A Unifying Scheme for Polymer Crystallization with Wider Implications for Phase Transformationszation, the latter as typified by the crystallization of polyethylene under pressure. This is achieved through a scheme based on some new experimental material comprising the recognition of thickening growth as a primary growth process of lamellae and of the prominence of metastable phases, specific

粗鄙的人

Asymmetries and Chirality in Polyolefin Crystal Structure and Morphologyion of helix chirality in epitaxially crystallized thin films of two polyolefins: isotactic polypropylene and isotactic polybutene-1 (b) recognition, analysis and evaluation of structural vacancies in crystals of syndiotactic polypropylene. These well characterized structural defects are linked with

载货清单

Compass

crucial

Nonintegral and Integral Folding Crystal Growth in Low Molecular Weight Poly(Ethylene Oxide) Fractio between 3000 to 23,000 and different end groups has been observed through time-resolved synchrotron small angle X-ray scattering (SAXS), different scanning calorimetry (DSC), and transmission electron microscopy (TEM) experiments. The integral folding chain (IF) crystals are formed through thickeni

angina-pectoris

Abjure

The Crystallization Behavior of Long Chain N-Alkanes and Low Molecular Weight Polyethyleneson [.–.], morphology [.–.], crystallization kinetics [.–.], thickening [.–.] and melting processes [.–.] of these ideal model systems. These studies will serve as a bridge to the crystallization behavior of polymers by comparing the characteristics of these n-alkanes with those of low molecular weig

芳香一点

Growth, Nucleation and Thickening Rate Minima in Long Linear Alkanesples of unusual retardation effects observed both during primary crystallization in the temperature region where chains first begin to fold and also on isothermal thickening from once-folded to extended chain crystals. The associated crystal morphologies are discussed and the concept of “self-poison