Electronic Properties of Materials: A Guide to the Literature Volume Two, Part One Volume 1 / Volume 2 / Volume 3 PDF
Preview Electronic Properties of Materials: A Guide to the Literature Volume Two, Part One Volume 1 / Volume 2 / Volume 3
Electronic Properties of Materials A GUIDE TO THE LITERATURE Volume Two, Part One rr EPIC ~ Electronic Properties of Materials A GUIDE TO THE LITERATURE Edited by D. L. Grigsby Editor in Chief D. H. Johnson M. Neuberger S. J. Welles Members of the Technical Staff, Electronic Properties Information Center, Hughes Aircraft Company, Culver City, California Volume Two, Part One 9? SPRINGER SCIENCE+BUSINESS MEDIA, LLC 1967 ISBN 978-1-4757-0844-8 ISBN 978-1-4757-0842-4 (eBook) DOI 10.1007/978-1-4757-0842-4 Library of Congress Catalog Card Number 65-12176 © 1967 Springer Science+Business Media New York Originally published by Plenum Press, New York in 1967 AU rights reserved No part of this publication may be reproduced in any form without written permission {rom the publisher Preface T HIS SECOND VOLUME of Electronic Properties of Any index to the literature is necessarily a system Materials: A Guide to the Literature provides an of compromises, and this one is no exception. The updated index to the literature on the electrical and problems the Center has encountered are not unique electronic properties of materials. The documents to information retrieval centers, and the editors feel listed in the bibliography (Part Two) and the index to that the solutions offered here are good and workable. them (Part One) represent the acquisitions of the A supreme effort has been made to present a publi Electronic Properties Information Center since J anu cation free of error, but this ideal is hardly achievable. ary 1965. The overall policy of the Center has re When errors are found, the editors would appreciate mained the same since publication of the first volume; communication to that effect. however, there have been some minor changes which Since its inception in 1961, the Electronic Proper have not markedly affected the nature of the index or ties Information Center has been supported by Air the bibliography. Force contracts. The current Contract Number is One of the changes in the EPIC policy is found AF 33 (615)-2460, with Mr. R. F. Klinger acting as in the method of searching. Since Volume One was the Air Force Project Engineer. Mr. Edward Dugger published, the Center has increased the number of is Technical Manager of Information Processing, journals which its technical staff searches. At present, 63 journals are searched, with eight abstracting serv Materials Applications Division, Air Force Materials ices still being used. The remainder of the search policy Laboratory, where Air Force responsibility for these as described on page 2 of Volume One, Part One, is contracts has resided. Mr. John W. Atwood is Project still the same. Manager at Hughes Aircraft Company. In addition to the change in searching policy, the The Editors wish to acknowledge the assistance of Electronic Properties Information Center has reviewed all who have contributed to the publication of this its material and property descriptors. This review has index. Special appreciation is expressed to the EPIC resulted in the addition of two new types of material clerical staff, and to the Information Retrieval group descriptors and three additional property descriptors. in the Hughes Aircraft Company Data Processing sec These are explained in the introduction to Part One. tion for their contribution. v Contents Part One Introduction .. ix How to Use the Index xi Coordinate Index 1 Part Two Introduction . . . . .. .. ... .. ....... .. ... . vii Bibliography . 1 Vll Introduction T HE MOST OBVIOUS difference between the two nated and the accession numbers are posted to the volumes of the Electronic Properties of Materials: material-property index terms without regard for A Guide to the Literature is found in the deletion of category classification. the categories. In Volume One, when a material such The same five types of material descriptors used in as tin had data reported for it as a metal as well as a Volume One are retained in this volume. However, superconductor, the EPIC accession numbers were there are two new subtypes of descriptors. These are posted to the property descriptor under the appro starred in the table below showing the types of de priate category (seep. 745, Volume One, Part One). scriptors along with an example of each from the In this volume all category notation has been elimi- index. MATERIAL DESCRIPTORS Type of Descriptor Example 1. Compound descriptors A. Binary compounds ALUMINUM ANTIMONIDE B. Ionic salts POTASSIUM HYDROGEN PHOSPHATE C. Organic materials AURAMINE 2. Systems descriptors A. Element systems MAGNESIUM SELENIUM SILVER SYSTEMS B. Oxide compound systems IRON OXIDE-YTTRIUM OXIDE SYSTEMS C. Mixed compound systems* ARSENIC SELENIDE-ARSENIC SULFIDE-LEAD OXIDE SYSTEMS 3. Composite material descriptors A. Layers CESIUM, TUNGSTEN BASE B. Matrices* ALUMINUM, ALUMINUM OXIDE FILLED 4. Generic descriptors ASBESTOS 5. Categorical descriptors BENZENE COMPLEXES The only change in the property descriptors has nomena occur in the mixed state of type II super conductors. been the addition of three new terms. Two of these are used exclusively for superconducting data and the last MICROWAVE EM ISS ION: The two effects which prompted the addition of this descriptor were the is used primarily for semiconductors. These terms are Gunn effect and its microwave emission as well as listed below with a brief description of each. the emission from a Josephson junction. TRANSPORT PROPERTIES: This property descriptor is FLUX CHARACTERISTICS: This property descriptor is used for indexing data on critical current and criti used for indexing data given for the following mag cal current density, propagating regions in super netic properties: flux distribution, flux flow, flux conducting materials and superconducting tunneling creep, flux pinning, and flux jumping. These phe- experiments. ix The Materials Cross References, the Properties many abstracting services. The journals which were Cross References, and the Glossary of Electronic selected by the Center to be searched in this manner Properties, which were originally published in Volume were also searched retrospectively. This ensured that One, are not repeated in this volume. However, with none of the articles pertinent to the EPIC mission the exception of the above-noted changes, they are were overlooked. The following list shows some of applicable to Volume Two as well. the more important journals which the technical staff As stated in the preface, EPIC has changed its searches. The main source for these journals is from searching policy slightly. The Center has reduced the EPIC subscriptions and the Hughes Aircraft Com number of abstracting services it utilizes and increased pany Technical Libraries. When pertinent articles the number of journals which the members of the tech appear in the abstracting services and the journals are nical staff search as each current issue is published. not available at the Hughes' Libraries, they are ob This policy has provided the Center more immediate tained through interlibrary loans from neighboring access to the literature than did its reliance upon so libraries. List of Periodicals Searched by EPIC Staff Academie des Sciences, Comptes Rendus Materials in Design Engineering Academy of Sciences, U.S.S.R., Bull., Physical Series Metals Review American Ceramic Society Bull. Optical Society of America, Journal Annalen der Physik Optics and Spectroscopy Applied Physics Letters Philips Research Reports ASM Review of Metal Literature Philips Research Reports, Supplements British Journal of Applied Physics Philips Technical Review Canadian Journal of Physics Physica Cobalt Physica Status Solidi Cryogenics Physical Review Current Awareness Service Physical Review Letters Current Papers-Electrical & Electronics Physical Society, Proceedings Current Papers in Physics Physics Letters Physics of Metals and Metallography Czechoslovak Journa: of Physics Physics-Physique-Fizika Digest of Literature on Dielectrics Reviews of Modern Physics Electrical & Electronics Abstracts Radio Engineering and Electronic Physics Electrochemical Society, Journal Royal Society of London, Proceedings Electronic Industries Science Electronics Letters Solid State Communications Helvetica Physica Acta Solid State Electronics IEEE Proceedings Soviet Physics-Doklady Infrared Physics Soviet Physics-JETP Insulation Soviet Physics-JETP Letters Japanese Journal of Applied Physics Soviet Physics-Solid State Journal de Physique Soviet Physics-Technical Physics Journal of Applied Physics Zeitschrift fUr Angewandte Mathematik und Physik Journal of Chemical Physics Zeitschrift fUr Metallkunde Journal of Physics and Chemistry of Solids Zeitschrift fUr N aturforschung (Part A) Journal of the Physical Society of Japan Zeitschrift fi.ir Physik X How to Use the Index V OLUME Two OF Electronic Properties of Mate Bibliography (Part Two). These bibliographic cita rials: A Guide to the Literature consists of the tions 'are arranged in ascending accession number Coordinate Index (Part One) and the Bibliography order from 13,601 to 25,199. (Part Two). Two further explanations will be helpful. Immedi The Coordinate Index contains the material de ately under the material descriptor, with no property scriptors arranged alphabetically. When documents descriptor preceding, there is a list of numbers. This included in the EPIC holdings have accession num represents a recapitulation of all accession numbers bers between 13,601 and 25,199, these numbers are assigned to this material from 13,601 to 25,199, re posted to the appropriate material-property descrip gardless of the number of times they are posted to tors. There are no categories as there were in Volume the coordinated material-property descriptors. A list One. Throughout this Coordinate Index there are ma ing such as this provides the user with a quick over terial descriptors with no property descriptors or view of the magnitude of the literature for that partic accession numbers posted to them. These represent ular material. The second explanation necessary is materials which are indexed in the EPIC holdings for the property descriptor GENERAL. This descriptor having accession numbers from 101 to 13,600 and has been used for those properties which are not strictly may be found in Volume One of this set. electrical or electronic, but are still useful in an under When an accession number has been found under standing of the material. Crystallographic characteris the coordinated material-property descriptor, then tics, phase diagrams, and some mechanical properties the bibliographic citation for the document which has are three examples of the data indexed under the been assigned to that number may be found in the property descriptor GENERAL. XI Electronic Properties of Materials A GUIDE TO THE LITERATURE Volume Two, Part Two
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