The analytical determination of uranium in iron and steel alloys

Abstract

Recent interest in the use of uranium as an alloying agent for steel has made it desirable for the metallurgical analyst to familiarize himself with the analytical chemistry of this 'element. This circular summarizes the chemical properties of uranium and reviews current literature for its separation and determination. Typical analytical procedures, illustrating the best-known methods for the separation and determination, and using standard analytical equipment and techniques, are presented. In addition, x-ray and radiometric methods, capable of providing analytical results within a few minutes, are described. The extensive references should be useful in developing new analytical procedures to deal with unusual problems.

X-Ray Absorption and Emission

“…In alloys and metals (92,166,488) In cement materials (133,221,454,477) In minerals and ores (25,133,379,484) In miscellaneous materials (226,269,284,379,423,424,425,451,455,506) Antimony (17,400,506) Arsenic (191,228,269,342,493) Barium (133,269,284,293,397,486,499,506) Bismuth (456,495) Boron (210) Bromine (109,332,342,506) Cadmium (392)…”

“…In alloys (226,302,312,326) In minerals and ores (82,133,408,491,492) In miscellaneous materials (103, 214, 255, 304, 312) Vanadium…”