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The TEAM Project

In 2004, Lawrence Berkeley National Laboratory’s National Center for Electron Microscopy, supported by the US Department of Energy Office of Science, kicked off the TEAM Project, a three-year program to jointly construct a new generation electron microscope, incorporating aberration-correcting electron optics, and to develop a common platform for a powerful new nano-characterization instrument. The alliance would make this instrument widely available to the materials and nanoscience community to study how atoms combine to form materials, how materials grow and how they respond to a variety of external factors. These constitute many of the most practical things that we need to know about materials and will improve designs for everything from better, lighter, more efficient automobiles, to stronger buildings and new ways of harvesting energy.
 
FEI Company was proud to be selected as the major commercial partner for column integration and column construction for this ground-breaking project. Explore more Solutions for Energy Research  from FEI Company

To learn more about the TEAM Project, visit the links below:

Lawrence Berkeley National Labs Web site

TEAM Project Web site

National Center for Electron Microscopy

Publications and papers from the TEAM Project

2009 R&D 100 Award
TEAM1



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World-class Lab Built to Develop New Materials for the Oil Industry

El Instituto Mexicano del Petróleo_60

Next-generation Energy Research

Learn how El Instituto Mexicano del Petróleo is using FEI solutions in the research and development of nanocatalysts for more efficient fuels, fuel cell membranes, and new nano-enabled materials.


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Electron Microscopy at the Frontiers of Energy Research

Energy Research

Learn how electron microscopy is helping scientists and technologist develop and discover clean, sustainable sources of energy.

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Titan ETEM in Action

The Titan ETEM enables in situ dynamic synthesis and reaction of materials in the TEM, allowing researchers to directly access chemical information, growth kinetics and catalytic processes. This allows a deep understanding of the mechanisms of reactions and identification of intermediate products at the nanoscale, even down to the atomic level.

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