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A Publication of the Materials Research Society
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NEW FRONTIERS IN THE APPLICATION OF NEUTRON SCATTERING TO MATERIALS SCIENCE
New Frontiers in the Application of Neutron Scattering
to Materials Science, 903
D. Richter and J.M. Rowe, Guest Editors
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Abstract
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Characterizing Complex Fluids, 907
L.J. Magid and P. Schurtenberger
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Neutron Scattering Studies of Dynamics: A New Frontier
in Materials Science, 913
D. Richter and D.A. Neumann
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Applications of Neutron Reflectivity Measurements to
Nanoscience: Thin Films and Interfaces, 918
J.F. Ankner and H. Zabel
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Next-Generation Neutron Sources, 923
T.E. Mason, M. Arai, and K.N. Clausen
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E-MRS Presents 20th Anniversary Gold Medal to Richard Friend,
929
E-MRS Holds Grand Opening of New Offices During Its 20th Anniversary,
929
Walter Heywang Receives Czochralski Award and Gold Medal, 930

Abstracts for January 2004 Journal of Materials Research, 931

Letter
from the President, 884
Visas: Not Everywhere You Want to Be
M.J. Mayo
Material
Matters, 886 ![]()
Reversing the Global Migration of the U.S. Semiconductor Industry
Sen. J. Lieberman
Research/Researchers, 887
Technology
Advances, 898 ![]()
Polymer Coatings, Metal Oxide Compositions, Solar Cells
Science Policy, 901
Additional Funding, Basic Research Critical
to Achieving Hydrogen Economy
J. Ouellette
Advertisers
in This Issue, 928
Upcoming
Conferences, 930 ![]()
High-Temperature Materials
Library,
935 ![]()
Classified, 937
Volume 28, No. 12
December 2003
Masthead
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ON THE COVER: New Frontiers in the Application of Neutron Scattering to Materials Research. (upper left) Small-angle neutron scattering (SANS) raw data for the shear-induced transition from an isotropic solution to a hexagonal mesophase in an entangled wormlike micellar solution near a quartz surface. Left to right: t ¾ 0, t ~ 5 s, and t ~ 30 min (see p. 907). (right) Off-specular scattering maps collected from an Fe/Cr superlattice. The fitted map on the right beautifully reproduces all of the features seen in the measured data at left, allowing the authors to determine a great deal of information about the magnetic domains and the evolution of the vector magnetization from layer to layer. (Courtesy of Lauter-Pasyuk et al.; see p. 918.) (bottom center) A spin echo spectrometer allows neutron scattering to measure very slow motions in materials; this technique has been widely applied to polymer dynamics (courtesy of Forschungszentrum Jülich, Germany). See the technical theme that begins on p. 903.
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