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News from Materials Sciences and Engineering

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Timothy Fitzsimmons, Detailed as Congressional Fellow, Minority Staff, Senate ... u Andrew Quong, LLNL (1/4 time) u Wendy Cieslak, SNL ... Nanoscale Tribology ... – PowerPoint PPT presentation

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Title: News from Materials Sciences and Engineering


1
News from Materials Sciences and
Engineering Basic Energy Sciences Advisory
Committee
Iran L. Thomas, Director October 11, 2000
2

Materials Sciences and Engineering Division
l IPA u Detailee
Iran Thomas, Director Christie Ashton, Program
Analyst Tarra M. Hardeman, Secretary
Condensed Matter Physics and Materials Chemistry
Metal, Ceramic, and Engineering Sciences
William Oosterhuis Melanie Becker, Procurement
Tech
Robert Gottschall Terry Jones, Procurement Tech
Metal and Ceramic Sciences
Condensed Matter Physics
  • Alan Dragoo (Materials Science)
  • Yok Chen (Materials Science)
  • Vacant (E-Beam Micro.)
  • Angus Rockett, U. of IL
  • u Andrew Quong, LLNL (1/4 time)
  • u Wendy Cieslak, SNL (1/4 time)
  • u John Vetrano, PNNL
  • Vacant (Synthesis and Processing)

Helen Kerch (X-ray and Neutron Scattering) Jerry
Smith (Experiment) Manfred Leiser (Theory) Don
Liebenberg, Consult. New Hire Coming on Board
(X-ray and Neutron Scattering Facilities) New
Hire Coming on Board (Theory, Modelling and
Computation) u Dale Koelling, ANL
Engineering Sciences
Materials Chemistry
  • Robert Price
  • Bassem Armaly, U. of MO

Richard Kelley Matesh Varma Vacant (Biomolecular
Matls.)
SNS Project
DMSE staff on detail
Jeffrey Hoy
  • Timothy Fitzsimmons, Detailed as Congressional
    Fellow, Minority Staff, Senate Committee on
    Energy and Natural Resources

EPSCoR
Matesh Varma
3
Status of Positions within the Division
  • Vacancy was posted for the X-ray and Neutron
    Scattering Facilities. Applicant accepted the
    position and will be on board by January 2001.
  • Vacancy was posted for the Theory, Modeling and
    Computation. Applicant accepted the position and
    will be on board by November 2000.
  • Position Description for the Electron Beam
    Microcharacterization has been approved and the
    vacancy will be posted on the board very soon.

4
Awards Funded by Materials Sciences and
Engineering Division in FY 2000
5
Changes from FY2000
Nanoscience 11,592 Nanoscience
Computation 3,371 Nanoscience Facilities
Utilization 2,726 Facilities
Utilization 12,661 LANSCE Upgrade (MIE,
Research CE) 1,000 ALS Upgrade (MIE,
Research CE) 900 HFIR HB-2 Extension
(MIE, Research CE) - 450 HFIR Upgrade
Instrumentation (Research CE) 2,000 SPEAR3
(MIE, Research CE) 8,000 EPSCoR
870 Core Research Base 1,055a/ SNS Other
Project Costs 1,200 Waste
Management 8,073 SBIR/STTR
496 Total 53,494 a/ Includes 3.2M of HFIR
Ops funded in FY 2000
6
DOE Offices of Science and Defense Programs are
jointly funding a Nanoscience Network to advance
the discovery and understanding of nanoscale
phenomena.
  • Use glue funding to stimulate and facilitate
    synergistic, multi-laboratory collaborations
    among the existing nanoscience programs.
  • Selection Criteria
  • Excellence in science
  • Mission relevance to DP
  • Demonstrable new potential
  • At least 2 DP and 2 other DOE labs

7
  • A workshop in April identified 5 scientifically
    challenging research areas with DP mission
    relevance and potential for high impact
    multi-laboratory synergy.
  • In FY 2001, 3 Network projects will be launched
    and funded at the level of 300K glue funding each
  • Nanoscale Tribology
  • Microsystems for surety, detonation, and high
    fidelity Joint Test Assemblies
  • Nanostructured Energy Storage
  • Precision detonators, net-shape casting of
    explosives, and optical surface ignition
  • Tailored Nanostructures
  • New materials for physics experiments, Joint Test
    Assemblies, and microsystems
  • Nanoscale Features of Deformation
  • Nanostructural effects for predictive aging of
    the nuclear explosive package
  • Nanostructural Photonics
  • Surety and environmental sensing

8
Computational Materials Sciences Network (CMSN)
  • Mission Statement The Computational Materials
    Sciences Network is to advance frontiers in
    computational materials science by assembling
    diverse sets of researchers committed to working
    together to solve relevant materials problems
    that require cooperation across organizational
    and disciplinary boundaries.
  • Network Coordinators
  • Bruce Harmon - Ames Laboratory Ellen Stechel -
    Ford Motor Company
  • Malcolm Stocks - ORNL Chuck Henager - PNNL
  • Sponsor
  • Iran L. Thomas - Office of Basic Energy
    Sciences
  • BES-Division of Materials Sciences and
    Engineering
  • Manfred Leiser - Condensed Matter Physics and
    Materials Chemistry Programs
  • Wendy Cieslak - Metal, Ceramic and
    Engineering Sciences Programs

9
Computational Materials Sciences Network (CMSN) -
Continued
  • Title of Projects Funded Under CMSN
  • Microstructural Evolution Based on Fundamental
    Interfacial Properties - T. Rollett (Carnegie
    Mellon University) and D. Srolovitz (Princeton
    University)
  • Microstructural Effects on the Mechanics of
    Materials - R. LeSar (Los Alamos
    National Laboratory) and D. Wolf (Argonne
    National Laboratory)
  • Polymers at Interfaces - G. S. Grest (Sandia
    National Laboratories)
  • Magnetic Materials Bridging Basic and Applied
    Science - M. Stocks (Oak Ridge National
    Laboratory) and B. Harmon (Ames Laboratory)
  • Excited-State Electronic Structure and Response
    Functions - S. Louie (University of California at
    Berkeley) and J. Rehr (University of Washington)
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