![]() |
Volume 27, No. 6 |
|||||||||||||||
A Publication of the Materials Research Society
|
|
![]() |
Articles marked with this icon
are available online to MRS Members only. Abstracts are accessible to everyone. |
ELECTROACTIVE ORGANIC MATERIALS
Electroactive Organic Materials, 441
Z. Bao, V. Bulovic, and A.B. Holmes, Guest Editors
[View
Abstract]
[View
Full Article (PDF)]
Self-Amplifying Semiconducting Polymers for
Chemical Sensors, 446
T.M. Swager and J.H. Wosnick
[View
Abstract]
[View Full Article (PDF)
]
Recent Developments in Light-Emitting Polymers,
451
I.D. Rees, K.L. Robinson, A.B. Holmes, C.R. Towns, and R. O'Dell
[View
Abstract]
[View Full Article (PDF)
]
Semiconducting Block Copolymers for Self-Assembled
Photovoltaic Devices, 456
G. Hadziioannou
[View
Abstract]
[View Full Article (PDF)
]
Conjugated-Polymer Micro- and Milliactuators
for Biological Applications, 461
C. Immerstrand, K. Holmgren-Peterson, K.-E. Magnusson, E. Jager,
M. Krogh, M. Skoglund, A. Selbing, and O Inganäs
[View
Abstract]
[View Full Article (PDF)
]
MRS Workshop Explores the Wonderful World
of MEMS Materials, 466
[View Full Article (PDF)
]
Garino, Gossmann, Klein, and Polman to Chair
2003 MRS Spring Meeting, 468
[View Full Article (PDF)
]
Abstracts for July 2002 Journal of Materials Research, 474
Letter from the President
Getting Involved in MRS, A. King, 429
[View
Full Article (PDF)]
Research/Researchers, 430
[View
Full Article (PDF)]
Technology Advances
Heat-Recovery Device and In Situ Rapid Densification,
436
[View Full Article (PDF)
]
Washington News, 438
[View
Full Article (PDF)]
Resources, 440
Advertisers in this Issue, 450
Library, 471
Liquid Crystals: Experimental Study of Physical Properties
and Phase Transitions, S. Kumar, ed., reviewed by J.V. Selinger;
Alloying: Understanding the Basics, J.R. Davis, ed., reviewed
by P. Goodhew;
CRC Materials Science and Engineering Handbook, 3d Ed.,
J.F. Shackelford and W. Alexander, eds., reviewed by R.W. Cahn
Classified, 478
|
|
|
|
ON THE COVER: Electroactive Organic Materials.
(montage at left) From molecule to microphase separation to macrophase
separation: molecular model of the donor-acceptor diblock copolymer
PPV-b-P(S-stat-C60MS), overlaid on a background of
the honeycomb-structured morphology obtained by casting from
CS2 (imaged by fluorescence microscopy); (montage,
lower right) honeycomb-structured morphology imaged by scanning
electron microscopy; (montage, lower left) microphase-separated
morphology obtained by casting from 1,2-dichlorobenzene. Montage
courtesy of B. de Boer. (right) Schematic illustration of a conjugated-polymer
microrobot arm capable of gripping and moving small objects in
an electrolyte, shown grasping and lifting a 100-µm glass
bead. Reprinted with permission from Science 288 (2000) p. 2337.
Copyright 2000 American Association for the Advancement of Science.
(bottom right) Ink-jet-printed polysilicon light-emitting- polymer
display: full-color, 2.8-in. diagonal screen, 64 colors plus
gray scale, 100-dpi resolution. Courtesy of Seiko-Epson Corp.
See the technical theme that begins on p. 441.

| Home News
Society
Information What's New Site Map
Comments
Search Contacts MRS Meetings Membership MRS Publications Marketing Opportunities
|