My actions
What's your PUBLISHER policy?
Check with SHERPA/ROMEO whether your PUBLISHER allows you to put your own papers online.
Access
Contact
Format
Export
I want to...

Search


   
Close
Limit to these document types:
Publications
 Journal Articles
 Reviews
 Conference Papers
Monographs
 Books
 Thesis
 Book chapters
 Conference Proceedings
Reports
 Technical Reports
 Working papers
Presentations & Talks
 Posters
 Presentations & Talks
Standards & Patents
 Standards
 Patents
Lectures & Teaching Material
 Teaching documents
 Student projects
Filter by publication status Filter by origin Fulltext availability
 Peer-reviewed publications
 Published  Accepted  Submitted
 Work produced at EPFL
 Publicly available  Restricted access
JOURNAL ARTICLE

The electrical conductivity of microcellular metals

Goodall, R. ; Weber, L. ; Mortensen, A.

In: Journal Of Applied Physics, vol. 100, num. 4, 2006

Date: 2006

The electrical conductivity of metallic foams varies strongly with porosity. Data are presented for replicated open-pore microcellular metal over a wide range of relative density. These data, together with data from the literature for different foam structures, are compared with previously suggested models for the conductivity of porous materials. We show that clear differences exist between the behavior of foams according to their different structural types and that simple models exist to capture these differences. (c) 2006 American Institute of Physics.

Reference: LMM-ARTICLE-2006-008

Note: 0021-8979; 044912

Record created on 2009-01-07, modified on 2010-03-13