Constitutional Diagrams of Uranium and Thorium Alloys
Constitutional Diagrams of Uranium and Thorium Alloys

Author: Frank A. Rough

Publisher:

Published: 1958

Total Pages: 150

ISBN-13:

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A compilation of constitution diagrams of uranium and thorium alloys is presented. The transformation and melting temperatures of the base metal are discussed, followed by the various alloys in alphabetical order. References are included on each alloy. (J.R.D.).

The NBS Alloy Data Center
The NBS Alloy Data Center

Author: Gesina C. Carter

Publisher:

Published: 1968

Total Pages: 204

ISBN-13:

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The Alloy Data Center, part of the National Standard Reference Data System, has two primary functions. One is to stimulate cooperation and coordination among the existing data centers in the area of the physical properties of well characterized alloys. The final data generated by these centers for publication should be consistent with one another where correlation or possible overlap exists. The other purpose is the collection (from publications as well as private communications), evaluation, and publication of data in some areas where special competence exists in the Alloy Physics Section. Of interest to the center are metals, semimetals, intermetallic compounds, and alloys. Excluded are those materials which have ill-defined constitutions and heat treatments. An automated system was developed to meet the bibliographic needs of the center. This system will be described as well as the specific properties of interest. The system presently contains a complete annotated file dealing with NMR Knight shift measurements. The soft X-ray spectroscopy compilation is being kept up-to-date with the same system. (Author).

Alloys of Uranium with Transition Metals of Groups I B to IV B
Alloys of Uranium with Transition Metals of Groups I B to IV B

Author: Richard G.J. Ball

Publisher: Springer

Published: 1994

Total Pages: 332

ISBN-13: 9783540937029

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This volume covers binary alloys and intermetallic compounds of uranium with transition metals of the Cu, Zn, Sc (including the lanthanides), and Ti groups as well as ternary alloys containing another transition metal as a third component. The compounds UCu5, UAu2, U14Au51, U2Zn17, UZn12, and UCd11 have been shown to be heavy-fermion materials exhibiting unusual behavior as far as the heat capacity and the magnetic and electrical properties at low temperatures are concerned. The alloys of uranium with titanium and zirconium and related ternary alloys are of technological interest. Thus emphasis in this volume is placed on recent scientific as well as technological work.