Materials for Sustainable Development – Challenges and Opportunities: Volume 1492

Alex King editor Enrico Traversa editor Samuel S Mao editor John Poate editor Mary M Poulton editor Steven Duclos editor Laura Espinal editor Marie-Isabelle Baraton editor

Format:Hardback

Publisher:Materials Research Society

Published:28th Oct '13

Currently unavailable, and unfortunately no date known when it will be back

Materials for Sustainable Development – Challenges and Opportunities: Volume 1492 cover

Symposium D, 'Energy Critical Materials' and Symposium G, 'Materials as Tools for Sustainability', were held at the 2012 MRS Fall Meeting.

Symposium D, 'Energy Critical Materials' and Symposium G, 'Materials as Tools for Sustainability', were held on November 25–30 at the 2012 MRS Fall Meeting in Boston, Massachusetts. This volume presents a compilation of emerging research on sustainable development in the context of product manufacturing, catalysis, transportation, and energy-critical materials.Symposium D, 'Energy Critical Materials' and Symposium G, 'Materials as Tools for Sustainability', were held on November 25–30 at the 2012 MRS Fall Meeting in Boston, Massachusetts. Many technologies that currently impart significant benefits to our society cannot continue indefinitely without depleting or despoiling key resources, and more sustainable paths must be sought. Sustainable development that raises global standards of living and promotes economic growth calls for materials science to develop advanced technologies and strategies to use our finite material and energy resources more efficiently. This volume presents a compilation of emerging research on sustainable development in the context of product manufacturing, catalysis, transportation, and energy-critical materials. Each paper provides a glimpse of exciting recent developments, including: critical elements for next-generation batteries, phase change materials for energy efficient buildings, weathering resistant materials, 3-D printing technologies, flame retardants with reduced toxicity, and stimulating life-cycle analysis examples in various applications.

ISBN: 9781605114699

Dimensions: 235mm x 158mm x 17mm

Weight: 450g

210 pages