Materials week '97 a tradition in advanced metarials information and technology Also in this Issue Pages: 4 - 4
The effective minimization and processing of nuclear waste Brajendra Mishra Processing Nuclear Waste Pages: 13 - 13
Hot demonstrations of nuclear-waste processing technologies H. F. McFarlaneK. M. GoffD. B. Barber Processing Nuclear Waste Pages: 14 - 21
Electrometallurgically treating metal, oxide, and al alloy spent nuclear fuel types C. C. McPheetersE. C. GayJ. P. Ackerman Processing Nuclear Waste Pages: 22 - 25
Isolating wastes in the electrometallurgical treatment of spent nuclear fuel J. P. AckermanL. S. H. ChowR. H. Woodman Processing Nuclear Waste Pages: 26 - 28
Stainless steel-zirconium waste forms from the treatment of spent nuclear fuel S. M. McDeavittD. P. AbrahamD. D. Keiser Processing Nuclear Waste Pages: 29 - 32
Ceramic-composite waste forms from the electrometallurgical treatment of spent nuclear fuel C. PereiraM. HashM. Richmann Processing Nuclear Waste Pages: 34 - 40
Studying fatigue deformation using scanning probe microscopy Beizhi ZhouY. W. Chung Fatigue Behavior Pages: 43 - 45
The Julian Szekely Memorial Symposium on Materials Processing TMS Minerals • Metals • Materials Pages: 52 - 52
Fatigue behavior in nickel-based superalloys: A literature review L. GarimellaP. K. LiawD. L. Klarstrom Fatigue Behavior Pages: 67 - 71
Investigating diffusion usingMAPLE, Part I: Analytical solutions Savko Malinov Features Pages: 72 - 73
Disclosing prior art to the U.S. Patent and Trademark Office Arnold B. Silverman Features Pages: 74 - 74