Zirconium in Nuclear Applications |
Contents
Introduction | 1 |
Summary | 13 |
Uniform Ultrasonic Inspection of Fuel Sheath Tubing B T CROSS | 30 |
Conclusions | 36 |
Improved Metallography of Zirconium Alloys P D KAUFMANN | 52 |
Determination of Solid Solubility Limit of Hydrogen in Alpha | 63 |
Dual Analysis of Longitudinal and Transverse Zirconium Tensile | 75 |
49 | 80 |
InReactor Creep of Zr2 5Nb Tubes at 570 K E F IBRAHIM | 249 |
InReactor Stress Relaxation of Zirconium Alloys A R CAUSEY | 263 |
High Deformation Creep Behavior of 0 6in Diameter Zirco | 274 |
Suppression of Void Formation in ZirconiumM H YOO | 292 |
Deformation of Irradiated ZirconiumNiobium Alloys C E ELLS | 311 |
Variation of Zircaloy Fracture Toughness in Irradiation | 328 |
Strength and Ductility of Neutron Irradiated and Textured | 355 |
Plastic Instability in Irradiated ZrSn and ZrNb Alloys | 370 |
Determination of Complete PlaneStress Yield Loci of Zircaloy | 92 |
Effect of Thermomechanical Processing and Heat Treatment | 104 |
50 | 105 |
Effect of the Annealing Temperature on the Creep Strength | 140 |
Thermomechanical Control of Texture and Tensile Properties | 147 |
Creep Strength of Zircaloy Tubing at 400 C as Dependent | 160 |
Pilger Tooling Design for Texture Control J H SCHEMEL | 169 |
Operable Deformation Systems and Mechanical Behavior | 179 |
Directionality of the Grain Boundary Hydride in Zircaloy2 | 201 |
Use of Ion Bombardment to Study Irradiation Damage in Zir | 215 |
Mechanisms of Irradiation Creep in ZirconiumBase Alloys | 229 |
Assessment of Fracture Studies on Zircaloy2 Pressure Tubes | 385 |
Irradiation Damage Recovery in Some Zirconium Alloys | 400 |
Stress Corrosion Cracking of Zircaloys in Iodine Containing | 419 |
Microstructure of the Oxide Films Formed on ZirconiumBased | 435 |
Corrosion and Hydriding Performance of Zircaloy Tubing After | 449 |
Characterization of Zircaloy Oxidation Films A W URQUHART | 463 |
Fracture of Zircaloy2 in an Environment Containing Iodine | 479 |
Study of Zirconium Alloy Corrosion Parameters in the Advanced | 495 |
Effect of Surface Treatment on the Irradiation Enhancement | 514 |
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Common terms and phrases
American Society anisotropy anodizing ASTM axial basal poles behavior biaxial burst test cold-worked corrosion rate coupons crack creep rate creep strain curve decrease defect deformation depleted zones diameter direction dislocation ductility effect elongation fluence flux fracture fracture toughness fuel grain boundary hoop stress hydride hydrogen in-flux in-reactor increase intermetallic interstitials iodine irradiation Journal of Nuclear longitudinal loop measured mechanical properties metal metallographic Metallurgical methanol microstructure n/m² niobium Nuclear Materials observed orientation oxide oxide film oxygen parameters percent plane plane strain plastic plate pole figure pressure tubes quenched radiation reactor reduction rolling room temperature sample SGHWR shown in Fig Society for Testing solution specimens stress-strain stress-strain curve structure surface Table tangential tensile properties Testing and Materials texture tion transverse uniaxial unirradiated vacancies values void wall thickness weight gain yield strength Zircaloy Zircaloy tubing Zircaloy-2 zirconium alloys Zr-Nb