Ferroelectric Ceramic Thin Films - Annual Report 1996
Regulation of Voluntary Feed Intake in Fish
Sick Building Syndrome-Practical Guide - Report 4
Electronic Traffic Aids on Major Roads
Complex Three-dimensional Viscous Flows: Prediction, Modelling, Manipulation, Control, Experiment - Report on Round 1
Introduction a la Cooperation COST
Performance in Use and New Products of Wood Based Composites
- Pages: 325
- Author(s): M. Fan, M. Ohlmeyer, M. Irle et al
- Publisher(s): Brunel
- ISBN/ISSN: 978-1-902316-75-8
The use of wood-based panels can help reduce the environmental impact of several sectors such as the construction, furniture and packaging industries. This requires the panels to be fit for purpose and their life-cycle performance to be accurately determined. Researchers in Working Group 3 of COST Action E49 made a positive contribution by assessing the performance of both existing and new wood-based panel products.
This publication provides a broad overview of the wood-based panel industry. It is of particular interest to students and researchers in wood science and technology, structural engineering and material sciences. It reviews the achievements of research in the last few decades within and outside Europe, by outlining the scientific demand for the future in five broad themes.
This book does not only review the performance of wood-based panels but also conformity, environment and sustainability aspects. Moreover, it provides an overview of new wood-based panels and finishing with a final appraisal of research needs.
Report on ICT Scientific Coverage in COST
- Author(s): Prof. M. Ansorge, Dr. A. Brenac, Prof. G. Brussaard, Prof. G. Diercksen, Dr. A. Ferreira, Prof. J. Simsa, P. Wintlev-Jensen
- Publisher(s): COST
TIST Strategy Sub-Committee.
Brain Extracellular Matrix in Health and Disease
- Pages: 508
- Author(s): Alexander Dityatev, Bernhard Wehrle-Haller, Asla Pitkänen (Eds.)
- Publisher(s): Elsevier B.V.
- Download from external website
The interaction of cells with the extracellular matrix (ECM) determines their polarity, their shape, form and is providing cues for survival and proliferation. The brain, in comparison with other organs, shows an extremely complex architecture, in which neurons, glial cells and blood vessels are interacting to create and maintain a dynamic network, in which beneficial synaptic connections needs to be actively maintained and other remodelled in response to changes in signalling input.