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|Author(s):||E Voelkl; K Alexander; J Mabon; M O'Keefe; Michael T. Postek; M Wright; N J. Zaluzec;|
|Title:||The DOE2000 Materials MicroCharacterization Collaboratory|
|Published:||January 01, 1998|
|Abstract:||The Materials Microcharacterization Collaboratory (MMC) was created last year as a pilot project within the U.S. Department of Energy''s DOE2000 program. The DOE2000 program has, as its main goals, to develop improved capabilities for solving DOE''s complex scientific problems, to increase DOE''s R&D productivity and efficiency, and to enhance the access of R&D partners to DOE resources. One of the strategies to meet these goals is the establishment of national collaboratories to provide access via the Internet to unique or expensive DOE research facilities and to expertise for remote collaboration, experimentation, production, software development, modeling, and measurement. In addition, collaboratories will benefit researchers by providing tools for video conferencing, shared data-viewing, and collaborative analysis. Cooperative pilots projects, jointly funded by DOE2000 and a scientific program area, are expected to lead to significant scientific achievements by developing new capabilities and increasing the efficiency of doing the work (e.g., by reducing travel, increasing communication, and promoting the sharing of data among formerly disparate research groups). The MMC project unites four DOE BES electron microscopy user centers located at ANL, LBNL, ORNL and the University of Illinois with the DOE EE center located at ORNL. Also included in the MMC project is the NAMT program of NIST. To ensure that technology benefits are not restricted merely to electron-beam microcharacterization, the MMC also includes neutron and x-ray beam lines at ORNL and BNL. Industrial partners are Gatan Inc., R.J. Lee Group, EMiSPEC Systems Inc., Philips Electronic Instruments, Hitachi Instruments, Inc., JEOL-USA, SUN MicroSystems, and Graham Technology Solutions. The MMC will link these organizations, all leaders in their respective fields, into a single on-line interactive Materials Microcharacterization Collaboratory to increase the utilization of their extensive capabilities while decreasing the time constant associated with multidisciplinary materials research.|
|Pages:||pp. 289 - 290|
|Research Areas:||Metrology, Manufacturing|