Nanometer Scale Induced Structure Between
Amorphous Layers and Crystalline Materials
This project is a jointly funded collaboration between the US-NSF -and the European Community.
NANOAM Image Museum and Archive
The project research team is comprised of 7 teams from US academic,
corporate, and government research institutions and 5 teams from EU
academic and research instituitions. The goal of this project is to
cooperatively develop understanding of the material behavior of thin
layers at interfaces and to desseminate our knowledge for industrial
research and development and to the global educational infrastructure.
-
Very Short Description
In a nutshell, these thin layers exhibit properties and behavior (such
as their collective atomic stucture, their mechanical properties, and
their interaction with light) that are not scientifically understood or
characterized. These films exist in many technical devices and
therefore determine their behavior and reliability. In fact, it may be
possible to tailor their properties to get precise and predictable
material behavior.
-
Short Description
Nanometer Scale Induced Structure Between Amorphous Layers and
Crystalline Materials ) PIs from MIT, University of Missouri, Kansas
City; Rutgers University; the University of Pennsylvania, LBNL, Dupont,
Oxford University, the University of Karlsruhe, MPI Stuttgart, and CEA
Saclay have formed a cooperative research team. Level of NSF funding:
$1,703,818 over three years among the U.S. universities; the EU is
providing 1,823,950 euro to the European researchers. This project will
investigate the extraordinary properties of stable intergranular films.
Anticipated benefits towards the foundation for the understanding and
subsequent engineering of intergranular and surficial thin films are to
be achieved with a collective approach of experimentation, theory and
modeling, and subsequent experimental verification on selected specific
material subsystems (silicate and titanate based systems) that may be
extrapolated to general systems in which analogous films have been
observed. The associated research groups from Europe and the US span
the experimental and computational length and time scales that will be
required for a successful complete understanding.
-
Executive Summary Too long for one
page, please follow the link
-
Original Proposal link
-
Description of Research Team and Interactions, Research
Facilities link
-
Description of Cooperative Research Subgroups link
-
Reports from Meetings (under construction)
-
List of publications generated by this NSF/EU cooperative
project. (link)
-
Collection of research results obtained and being prepared for
publication (under construction)
-
List of Employment Opportunities associated with this project: link
-
List of Related WebSites. link
-
March 27-28, 2003 Meeting at
MIT
-
March 18-19, 2004 NANOAM Meeting at MIT
-
October 4-7, 2004 NANOAM Meeting in Paris Final Schedule
October 4-7, 2004 NANOAM Meeting in Paris List of Posters
-
Directions and locations for Paris meetings