SUMMARIES OF PHYSICAL RESEARCH IN METALLURGY, SOLID STATE PHYSICS, AND CERAMICS

I. PRODUCTION, TREATMENT, AND PROPERTIES OF MATERIALS
A. Metallurgy of Reactor Materials
Metallurgical and Other Investigations on Special Metals, Other Materials-5 and Processes
Purification of Alkali Halides-8
Physical Metallurgy of Uranium-9
Uranium A13 oys -10
Physical Metallurgy of Plutonium and Its Alloys-12
Niobium Phase Diagrams-13
System Zirconium-Iron-Tin -14
Uranium Phase Equilibria Studies-15
Bonding Fundamentals -16
Basic Studies Relevant to the Liquid Metal Fuel Reactor-17
Transformation Characteristics of Zirconium-Niobium Alloys-19
Study of Inclusions in Uranium-21
Fatigue Behavior of Dilute Alloys of Niobium -22
Physical Metallurgy of Uncommon Metals -23
Constitution of Uranium Alloys-24
Fundamentals of Diffusional Bonding-25
Phase Equilibria Studies of Alloy Systems Involving One or More Alkali
and Alkaline Earth Metals as Components -26
Basic Properties of Light Metal Hydrides -27
B. Materials Preparation
Preparation, Structure and Properties of Uranium Compounds-31
Metal Purification and Crystal Preparation-32
Preparation of Semiconducting Materials-33
C. Refractory Materials
Basic Research In Ceramics-37
Properties of Ceramics at Elevated Temperatures-38
Research on Graphite-39
Volume Change on Melting 1102 -40
Ceramics Research-41
D. Corrosion and Oxidation Studies
Basic Corrosion Studies-45
Scaling of Zirconium at Elevated Temperatures-46
Study of the Films Formed on Zirconium-Niobium Alloys in Oxygen Atmospheres -47
Investigation of Phenomena Related To Liquid Metal Corrosion-48
Corrosion of Nuclear Metals -49
Electrochemical Studies on the Corrosion of Nuclear Reactor Metals-50


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