Express Polymer Letters
The main mission of Express Polymer Letters is to provide a very fast free of charge and gold open access publication possibility in polymer science and technology.
Express Polymer Letters
Key topics covered include the selection of polymer matrices, choice of nanofillers, fabrication techniques, characterization methods, and performance evaluation of the resulting nanocomposites. The impact of nanofiller dispersion, interface engineering, and morphology control on electrical storage properties is emphasized.
Express Polymer Letters
The following types of contributions can be published in Express Polymer Letters: Research article: Research paper of max. 6000-8000 words in length, with tables, illustrations, equations and references, in which hypotheses are tested, the results evaluated and reported.
Express Polymer Letters
The main scope of Express Polymer Letters (Express Polym Lett; ISSN 1788-618X) is to provide a very fast first publication possibility related to the following topics: polymers; polymer composites; blends and alloys; nanomaterials; molecular engineering; tailor-made polymers; biopolymers (bio-based or biodegradable polymers); biocompatible ...
Express Polymer Letters
Budapest University of Technology and Economics, Faculty of Mechanical Engineering, Department of Polymer Engineering
Express Polymer Letters
Express Polymer Letters has been published by the Department of Polymer Engineering at the Budapest University of Technology and Economics (BME) for 15 years.
Express Polymer Letters
Development challenge for synthetic polymer fibers and tapes: improving toughness
Express Polymer Letters
Although the oxygen content levels in GO and reduced graphene oxide (rGO) strongly influence the interface with the polymer, experimental-based optimization of the oxygen content for enhanced composite properties is difficult and time-consuming.
Express Polymer Letters
Structural characteristics of the linkers (length, number of functional groups and rigidity) and the polymer (effect of the –C=C- double bond) were investigated in detail and showed decreasing mechanical stiffness with increasing hydrophobic character of linker and effect of its rigidity/flexibility on imine conversion.
Express Polymer Letters
Moreover, PBT-b-PLA copolymer with 30 wt% of PLA units has been demonstrated as a promising thermoplastic shape memory polymer (SMP) with a switching temperature of 35 °C. Highlight of primary and secondary relaxations in amorphous stereocomplex polylactides