Storms edmund k (7 resultados)

Hardcover. Condición: Very Good. Estado de la sobrecubierta: Good. 1967. Academic Press, New York, 1967. Hard Cover. Book Condition : Very Good, ex-lobrary with two stamps. Very clean little used, no-notations. Jacket has shelf wear tears. Bookseller Inventory #002160. . N/A (ilustrador). N/A.

Condición: Good. Volume 2. This is an ex-library book and may have the usual library/used-book markings inside.This book has hardback covers. In good all round condition. No dust jacket. Please note the Image in this listing is a stock photo and may not match the covers of the actual item,800grams, ISBN. …

HARD BACK BLUE. Condición: GOOD. JACKET: WORN DJ. General wear. Gold gilt on spine. Bookplate on inside of front cover. No markings .Clean pages.small tears along the edges of the dust jacket. DATE PUBLISHED: 1967 EDITION: 285.

Paperback. Condición: Brand New. 302 pages. 9.25x6.00x0.69 inches. In Stock.

VIII, 285 pp. Original full cloth binding with gilt-stamped title on the spine. With a subject index in the appendix Library copy from Metallgesellschaft A.G. Frankfurt, with the corresponding external and internal markings. Apart from these markings, a very good copy.

Cloth tape spine binding. Condición: Good. This report was written on February 1, 1962 and distributed on March 15, 1962. It is copy number 53 (per stamp on front cover). Edmund K. Storms obtained a Ph.D. in radiochemistry from Washington University (St. Louis) and retired from the Los Alamos National Laboratory after thirty-four years of service. His work there involved research in the field of high temperature chemistry as applied to materials used in nuclear power and propulsion reactors. Over seventy publications and monographs resulted as well as several books and two patents. All LAMS reports are informal documents, usually prepared for a special purpose and primarily prepared for use within the Laboratory rather than for general distribution. All LAMS reports express the views of the authors as of the time they were written and to not necessarily reflect the opinions of the Los Alamos Scientific Laboratory or the final opinion of the authors on the subject. Label on front of the report indicated that this was Superseded by LA-2942. Name and organizational code in ink on front cover. The Abstract states: The literature concerning the Group 4a, -5a, and -6a carbides has been reviewed critically. The following properties have been discussed: preparation, phase relationship, lattice parameter and structure, appearance. chemical stability, hardness, resistivity, superconductivity, thermodynamic properties, and vaporization. When possible, each property has been considered in light of the wide homogeneity exhibited by these carbides. Particular attention has been paid to methods by which the carbides can be made oxygen and nitrogen free. This copy at one time belonged to Darryl Butt, NMT-1. This is possibly the Dr. Darryl P. Butt who became a professor and chair of Materials Science and Engineering at Boise State University, and an associate director of the Center for Advanced Energy Studies (CAES) in Idaho Falls. Dr. Butt held several positions at Los Alamos National Laboratory between 1991 and 1999. As a postdoctoral fellow he studied very high temperature hydrogen-solid reactions and thermodynamics of transition metal and actinide carbides. This work included developing planar laser induced fluorescence methods for characterizing and directly imaging plasmas produced during laser ablation processes, modeling gas-solid reactions, and modeling of binary, ternary and quaternary phase diagrams. In 1994 he established the Materials Corrosion and Environmental Effects Laboratory within the Materials Science and Technology Division, where as a team leader, he lead efforts in a variety of areas including aqueous and high-temperature oxidation of ceramics, alloys and protective coatings, radiation effects on materials corrosion, gallium vaporization, sequestration of carbon dioxide and development of high-temperature materials and seals, and carbon dioxide sequestration. In 1998, Butt became the project leader for Weapons Dismantlement and Fissile Materials Transparency where he managed and oversaw technical efforts and policy development related to a possible START III treaty and Russian-U.S. lab-to-lab technical interactions in nuclear nonproliferation. 17th edition [stated]. Presumed first printing thus.…

Wraps. Condición: Good. x, 245, [1] pages. Printed on both sides. Figures. Tables. Formulae. Bibliography. Stapled on left side. Number on front cover. Name and organizational code in ink on front cover. Title on spine. This report is a revision of LAMS-2674, Parts I and II, to which a discussion of the nitrides and carbides of U, Th, and Pu has been added. State of the art as of mid-1960s. In general the literature covered extends from about 1930, depending on the system and the quality of the work, to March 1964. Although an effort has been made to present as complete a description of each system as possible, only that work which, in the author's opinion, would led to a clearer understanding has been discussed in any detail. Most early work and some recent measurements have been largely ignored except to show the effect of oxygen content or to give an approximate measured value when no other exists. Many of the references cited, as well as several books, contain complete bibliographies of the early literature and may be consulted when necessary. The carbides and nitrides discussed in this report suffer from two properties that have led to a considerable accumulation of questionable data. First, they are commonly single phase over a wide range of composition, and, second, they will form a solid solution with each other and with their respective oxide. Both of these factors will affect the properties of these materials, sometimes in a very striking manner. Without the use of care in preparing the compounds and the application of proper analytical techniques, an investigation may offer little meaningful information. Edmund K. Storms was a distinguished nuclear chemist who served the Los Alamos National Laboratory for more than 30 years. A refractory material or refractory is a material that is resistant to decomposition by heat, pressure, or chemical attack, and retains strength and form at high temperatures. Refractories are polycrystalline, polyphase, inorganic, non-metallic, porous, and heterogeneous. They are typically composed of oxides or carbides, nitrides etc. of the following materials: silicon, aluminum, magnesium, calcium, boron, chromium and zirconium. ASTM C71 defines refractories as ".non-metallic materials having those chemical and physic300.00al properties that make them applicable for structures, or as components of systems, that are exposed to environments above 1,000 °F (811 K; 538 °C)." Refractory materials are used in furnaces, kilns, incinerators, and reactors. Refractories are also used to make crucibles and moulds for casting glass and metals and for surfacing flame deflector systems for rocket launch structures. Today, the iron- and steel-industry and metal casting sectors use approximately 70% of all refractories produced. First Edition, First Printing thus, This Report supersedes LANL-2674, Parts I and II., Stated as 31st Edition.…