A study of the effect of alloying on the gamma-phase stability of uranium using vacuum differential thermal analysis
C. A. W. Peterson, W. J. Steele, Lawrence Livermore Laboratory, University of California, Berkeley. Lawrence Radiation Laboratory
University of California Lawrence Radiation Laboratory, 1963 - Science - 48 pages
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A. A. Bauer addition elements additions of zirconium alloys of uranium binary alloy Fig Cooling cycle temp D. T. A. curve D. T. A. data D. T. A. runs differential thermal analysis eutectoid furnace with specimen gamma stability gamma-phase stability gin-peak-end Cooling cycle heating and cooling Heating cycle temp hysteresis iiii ingot Lawrence Radiation Laboratory llil llll llllil Medium strong Medium metastable Molybdenum Alloys Nature of transformation Nb Fig niobium November 12 peaks phase diagram pure uranium quaternary alloys rhodium sample shown in Fig sluggish Weak sluggish Weak-very sluggish strong Fairly strong Strong Medium strong Strong Strong Strong strong Very strong strong Very weak Table tantalum ternary alloys thermal change thermocouples trans transformation Strong Strong uranium alloys uranium gamma phase uranium with molybdenum Uranium-Molybdenum Alloys uranium-niobium binary alloys weak Strong Weak Very strong Weak-sluggish Zr Fig