Volume 27, No. 9
September 2002
Masthead
A Publication of the Materials Research Society
[click for larger
image]
© Copyright 2002
Materials Research Society
All rights reserved
|
HYDROGEN STORAGE
Hydrogen as a Fuel and Its Storage
for Mobility and Transport, 675
L. Schlapbach, Guest Editor
[View
Abstract]
[View
Full Article]
Hydrogen Storage: High-Pressure Gas Containment,
680
R.S Irani
[View
Abstract]
[View Full
Article (PDF) 
]
Liquid-Hydrogen Technology for Vehicles, 684
J. Wolf
[View
Abstract]
[View Full
Article (PDF) ]
Metallic Hydrides I: Hydrogen Storage and
Other Gas-Phase Applications, 688
R.C. Bowman Jr. and B. Fultz
[View
Abstract]
[View
Full Article (PDF)
]
Metallic Hydrides II: Materials for Electrochemical
Storage, 694
J.-M. Joubert, M. Latroche, and A. Percheron-Guégan
[View
Abstract]
[View
Full Article (PDF)
]
Metallic Hydrides III: Body-Centered-Cubic
Solid-Solution Alloys, 699
E. Akiba and M. Okada
[View
Abstract]
[View Full
Article (PDF) ]
Hydrogen in Nanostructured, Carbon-Related,
and Metallic Materials, 705
A. Züttel and S. Orimo
[View
Abstract]
[View
Full Article (PDF)
]
Catalyzed Complex Metal Hydrides, 712
B. Bogdanovic´ and G. Sandrock
[View
Abstract]
[View
Full Article (PDF)
]
Abstracts for October 2002 Journal of Materials Research, 717
Letter from the President, 659
International Relations
A. King
Material Matters, 660
[View Full Article (PDF)]
Research/Researchers, 662
Tecnology Advances, 668
MEMS, Coatings and Net-Shape Refractory Components, and Electrochromic
Devices
[View
Full Article (PDF)
]
Washington News, 671
Report to OSTP Cites SNS, Instrument Upgrades as "Top Priorities"
in Neutron Scattering
J. Ouelette
Resources, 672
Image Gallery, 673
Cornell Announces Results of Materials Images Competition
Advertisers in This Issue, 682
Calendar, 720
Classified, 723
Posterminaries, 728
Seinfeld, Sherlock Holmes, and Much Ado about Nothing
C. Draper
[View
Full Article (PDF)
]
|
|
|
|
ON THE COVER: Hydrogen Storage. Schematic illustration of hydrogen storage by sorption into a metallic host lattice. On the left, molecular hydrogen gas dissociates at the surface, and hydrogen atoms diffuse into the bulk, forming a solid-solution phase and, at higher concentration, a metal hydride phase. On the right, water molecules of the electrolyte dissociate, and protons adsorb at the surface. In the charging process, an electron is transferred across the metal to the proton to form an adsorbed hydrogen atom, which diffuses into the bulk. See the technical theme that begins on p. 675.
