CONDENSED MATERIALS GROUP INDEX TO SIX-VOLUME RETRIEVAL GUIDE SUPPLEMENT I*

Adducts ... Adhesives Aerosols Air .... . Alloys .............. . Anodized Surfaces Ares ................. .

Vol. 6 6 5 5 3 6 5 5 Atmospheres, Planetary

Baked Enamels .. Blacks, Metallic .. Bricks .......... . Building Materials .

Cements .... Ceramies Cermets ... Clathrates Clays ..... Goals Coatlngs, Applied Coatings, General Combustion Products Composites Concretes Contacts

Elements Enamels

Fabrics .......... . Ferrous Alloys . Fiber Optics Filters .......... . Finishes, Surface Flames Fluidized Beds

6 6 4

.4,6

6 4 3 6 4 4 6 6 5 6 6 6

1 4

6 3 6 6 6 5 6

Fire Clays Freons ... . Fuels .. .

Garnets Gems ... Glazes Glasses

Honeycombs . Hydraulic Fluids Hydrocarbons

lnorganic Compounds lnks lnsulations Interfaces Intermetallic Compounds

Lacquers Laminates Lubricants

Minerals Mineral Oils . M ixtures, Aqueous Mixtures, Nonaqueous Mortars ... Multilayers

Vol. 6

.1, 2, 5

.2,4, 6

. .. 1, 4 4 4 4

6 2 2

1 6 6 6 3

6 6 2

4 2 5 5 6 6

Nonferrous Alloys 3 N uclear Fuels ......... 1, 4, 6

Ores Organic Compounds Oxide Mixtures ... Oxidized Surfaces .

4 2 4 6

Packed Beds Paints Papers Petroleum Products Plasmas Piasters Plastics . Polymers Porcelains Pyrocerams

Vol. 6 6 6 2 5 6 2 2 4 4

Refractories 4 Refrigerants .... 1, 2, 5 Reinforced Materials . 6 Resins . 2, 6 Rocks 4 Rubber Compounds 2

Scales .. Silicones Slags Soils .. Solutions, Aqueous Solutions, Nonaqueous Steels .. Structu res ............ . Surface Finishes Systems

Varnishes

Wall Structures Water, Pure Water Salutions . Wood Products

Yarns

4 2 4 4 5 5 3 6 6 6

6

6 1 5 6

6

"'Material c!asses such as woods, pharmaceuticals, foods, natural products, etc., or references concerning major compendia, are not reported in this six·volume Supplement 1. Special bib!iographic searches an these may be requested from TPRC directly.

CONDENSED INSTRUGTIONS ON USE OF VOLUME 6*

INQUIRY EXAMPLE 1: Our technical staff would like to find all references which give Information/ data on the thermal conductivity of Foamed Concrete.

SEARCH STRATEGY AND RESULTS: On page Al of the Materials Directory, looking under Concrele, Foamed you will find the notation "see Concrete, Expanded ...... 525-." Now go to Concrete, Expanded and note property codes a, d, e with substance number 526-0034. Continue the search in Part 8, Chapter !­Thermal Conductivity, page 81. Here, under substance number 526-0034, you will find fifteen entries, which may be examined to determine which TPRC numbers are to be selected. Finally, find the biblio­graphic citations in Part C. Using this same substance number 526-0034, a total of twenty-five more entries can be founcl in the Basic Edition (Plenum, 1967). Books 1, 2, and 3 of the BasicEdition cor­respond directly to Parts A, B, and C of this six-volume Supplement I.

INQUIRY EXAMPLE 2: My engineering staff would like thermal diffusivity data on Piaster of Paris.

SEARCH STRATEGY AND RESULTS: On page A2 of the Materials Directory, you will find Piaster of Paris, but, property d is not listed. However, note other cross references, such as: "see also Gypsum Board ..... 661-." Now in this same volume, on page A47, you will find Gypsum Board praperty d and substance number 661-0470. Continue the search in Part 8, Chapter 4-Thermal Diffusivity, page 817. Here you will find substance 661-0470 and there is ane reference, TPRC number 37058. Continue to Part C to find the bibliographic citation for 37058. Here are the relationships of classes to volumes in this publication series that must be borne in mind when you notice a "see also" substance class cross reference: 100-127, Vol. 1; 200-227, 606, and 631, Val. 2; 300-482, Val. 3; 501, 504, 507, and 521, Val. 4; 511 and 516, Vol. 5; 526-551, 621, 651, and 661, Val. 6.

INQUIRY EXAMPLE 3: The materials engineer at aur company would like ta locate references on thermal con­ductivity for crumpled Aluminum Foil.

SEARCH STRATEGY AND RESULTS: On page A2 of the Materials Directory, note the substance name Aluminum Foil, Corrugated or Crumpled, property a and substance number 528-0164. Continue the search on page BI, and you will find four entries opposite substance number 528-0164 with TPRC num­bers 39866, 40228, 54566, and 55057. The complete bibliographic citation can then be found in Part C in this volume.

INQUIRY EXAMPLE 4: References are needed for reflectance for PV-100 White Paint.

SEARCH STRATEGY AND RESULTS: On page A40 you will find Paint, While PV-100 with properlies g, h, j and substance number 551-0949. Go to page 831 for substance 551-0949 and you will find reference TPRC number 43527. Continue the search in Part C to locate the bibliographic citation for 43527.

INQUIRY EXAMPLE 5: Our aerospace engineering staff would like to find a certain technical paper. The only Information known about this paper isthat it contains data on charring materials and the author's last name is Wilson.

SEARCH STRATEGY AND RESULTS: On page D26 of the Author Index, you will find the following: WILSON D R 52260; WILSON E G 63421; WILSON R G 35530 36511 37899; WILSON W G 40082 48324 50306. Now, go to Part C to Iook up the bibliographic citations for these nine different TPRC numbers. Through a process of elimination you will find that only the paper with TPRC 35530 fits the description given and that the author's name is R. G. Wilson.

INQUIRY EXAMPLE 6: Our design group would like references on the properlies of carbon-reinforced Poly(adipic acid-1 ,6-hexanediamine) Res in.

SEARCH STRATEGY AND RESULTS: You will find this substance's name, properly systematized as Resin, Poly(adipic acid-1,6-hexanediamine), starts at the bottom of page Al5 and continues at the top of page Al6 with property codes a and n and substance number 531-1507. Gonelude the search in the manner described in the examples above.

*For additional details on the use of this volume, see the introductory remarks for Parts A, B, C, and D, scan the Contents, and also note the Condensed Materials Group Index an the opposite page.

thermophysical properties research literature retrieval guide

supplement I 1964-1970

volume 6 coatings, systems, and composites

Y. S. TOULOUKIAN Editor

J. KOOLHAAS GERHITSEN Technical Editor

W.H.SHAFER Managing Editor

thermophysical properties research literature retrieval guide

supplement I 1964-1970

A Comprehensive Compilation of Scientific and Technical Literature by the Thermophysical Properlies Research Center (TPRC), Purdue University

Y. S. Touloukian Editor

J. Koolhaas Gerritsen Technical Editor

W. H. Shafer Managing Editor

Volume 1. Elementsand lnorganic Compounds

Vofume 2. Organic Compounds and Polymerie Materials

Volume 3. Alloys, Intermetallic Compounds, and Cermets

Volume 4. Oxide Mixturesand Minerals

Volume 5. Mixturesand Salutions

Volume 6. Coatings, Systems, and Composites

Seeinside back page for CONDENSED MATERIALS INDEX SIX-VOLUME RETRIEVAL GUIDE SUPPLEMENT

New Iiterature on thermophysica! properlies is belng constantly accumulated

at TPRC. Contact TPRC and use its interim updating search services for the

thermophysical properties research literature retrieval guide

supplement I 1964-1970

volume 6 coatings, systems, and composites

Y. S. TOULOUKIAN Editor

J. KOOLHAAS GERRITSEN Technical Editor

W.H.SHAFER Managing Editor

PART A. MATERIALS DIRECTORY PART 8. SEARCH PARAMETERS PART C. BIBLIOGRAPHY PART D. AUTHOR INDEX

SPRINGER SCIENCE+BUSINESS MEDIA, LLC 1973

Ubrary oi Congress Catalog Gard Number 60-14226

ISBN 978-1-4757-6838-1 ISBN 978-1-4757-6836-7 (eBook) DOI 10.1007/978-1-4757-6836-7

© 1973 Springer Science+Business Media New York Originally published by Purdue Research Foundation, Lafayette, Indiana 1973 Softcover reprint of the hardcover 1 st edition 1973

Ali rights reserved

No part of this publication may be reproduced in any form without written permission from the publisher

CONTENTSOFVOLUME6

Foreward Preface .

PART A. MATERIALS DIRECTORY U se of Materials Directory .

!. Cements, Concretes, Mortars, and Piasters . 2. Metallic Systems-Contacts, Honeycombs,

CLASS 526

Multilayers, and Others . CLASS 528 3. Nonmetallic Systems-Contacts, Filters,

Honeycombs, Interfaces, Multilayers, and Others 4. Metallic-Nonmetallic Systems-Contacts, Filters,

CLASS 531

Honeycombs, Interfaces, Multilayers, and Others 5. Applied Coatings 6. Bulk and Processed Fabrics .

CLASS 541 CLASS 551 CLASS 621

7. Bulk Surface Finishes-Adhesives, Coatings, Inks, Lacquers, Paints, Varnishes, and Others . CLASS 651

8. Processed Composites-Insulations, Paper and Wood Products, and Wall Structures . CLASS 661

PART B. SEARCH PARAMETERS Use of Search Parameters. 1. Thermal Conductivity Property 2. Accommodation Coefficient Property 3. Thermal Contact Resistance Property 4. Thermal Diffusivity Property 5. Specific Heat Property 6. Viscosity Property 7. Emittance Property 8. Reflectance . Property 9. Absorptance Property

10. Transmittance Property 11. Absorptance to Emittance Ratio Property 12. Diffusion Coefficient . Property 13. Thermal Linear Expansion Coefficient Property 14. Thermal Volumetrie Expansion Coefficient Property 15. Surface Tension Property

PART C. BIBLIOGRAPHY Use of Bibliography Bibliography

U se of Author Index . 1. Personal Authors 2. Corporate Authors

PART D. AUTHOR INDEX

a b c d e f g h

j k m n 0

p

vü ix

a3

Al

A2

A3

A17 A26 A44

A44

A46

b3 Bl B9

B13 Bl7 B19 B21 B23 B29 B39 B43 B47 B49 B51 B53 B55

c3

Cl

d3 D1

D29

FOREWORD (To Basic Edition 1967)

The "Thermophysical Properties Research Liter­ature Retrieval Guide" makes it possible for an in­dividual scientist or engineer, working in his office, to search quickly the contents of world journals, re­ports, and books for references to articles containing information on seven groups of specified thermo­physical properlies (16 properties) of all substances.

Why is the pub!ication of such a work an important event? Science and technology in this eighth decade of the twentieth century face a present and a future filled with challenge and opportunity to serve man­kind. Vistas of a better life in the future through sci­entific research and engineering enterprise can be projected in almest every area of man's materiallife. And yet science itself has created and is creating ob­stacles to its own progress - to the realization of its dreams and potential. So vast is the fund of existing knowledge from which the science and technology of the future must grow that man literally knows not what he knows. He must grope in a morass of paper for needed knowledge already obtained by others. Factual information gleaned from nature by tedious and exacting effort is hidden in that jungle known as the world literature. Science has been better at creat­ing new knowledge than in organizing that already on hand. True, guideposts of various kinds exist to show the way to the seeker of scientific facts, but frequently the raute is lang and roundabout. Without the excel­lent abstracting Services that cover wide domains of science the situation would be chaotic. But there are few Iiterature searching aids that selectively and com­pletely condense the reference material of narrow fields so that the scientific specialist or technical spe­cialist or technical librarian may conduct a fast and thorough search for needed information without the necessity of first laboriously scanning the pertinent abstract publications or original sources. Fortunately,

the problern of rapid, effective information services of specialized areas is now receiving attention in several quarters.

The Thermophysical Properlies Research Center (TPRC) is a Ieader among the groups that have plunged into the task of improving the information highways of science and technology. In its "Thermo­physical Properlies Research Literature Retrieval Guide" it has presented to the scientific public a new approach to the search for scientific infor.mation. Its methodology is unique. It brings to the desk of the user a vast amount of information on thermophysical properties. The Iiterature of a delineated field has been combed meticulously by an expert staff for all information on the properlies of interest. The where­abouts in the Iiterature of each piece of pertinent in­formation has been stored permanently on magnetic tape - and in the "Retrieval Guide." In a sense it is a marriage of machine storage and retrieval with con­ventional publication in book form. Now, scientific workers need not repeat the Iaborions preliminary ex­amination of the literature. They may use the "Re­trieval Guide" for retrospective search and contact TPRC for mechanized retrieval for the more recent unpublished portion. The tremendous saving of time for the individual searcher is obvious. Perhaps equally important is the significant amount of Iiterature re­ported which is not cited in abstracting journals. The editors and staff of TPRC are to be congratulated for devising, producing, and maintaining a valuable and unique tool for the engineer, research scientist, com­piler, and technicallibrarian.

Guy Waddington Director, Office of Critical Tables National Academy of Seiences National Academy of Engineering National Research Counci1

PREFACE

The phenomenal growth of science and technology has brought about a universal appreciation of the fact that present limitations in many technical develop­ments are often a direct result of the paucity of knowl­edge on material properties. Engineering develop­ments in the years ahead will be closely linked to the research that is done today to contribute to a better understanding of the properlies of matter, of which thermophysical properlies constitute a major segment.

While research on the properlies of materials con­tinues, adequate steps are not being taken to ensure that this invaluable body of information be coordi­nated, synthesized, organized, and disseminated to the ultimate user, namely, the individual scientisl and engineer.

It is generally agreed rhat the present Ievel of re­search support on thermophysical properlies of mat­ter falls short of existing needs and anticipated future demands; but what is even more disturbing is the fact that engineering groups across the nation are using no more than a fraction of the information already avai!able, either because it is in a form not directly useful to them or, often because its existence is not generally known. As a result, such information re­mains buried in the world's scientific literature. The repercussions of this latter condition are indeed seri­ous since it Ieads to unintentional duplication of re­search effort with the resultant waste of time and sci­entific manpower.

In conjunction with its research activities, TPRC screens the world's Iiterature and collects published information on a wide range of materials in the field of thermophysics. This information concerns data, theoretical estimation methods, and experimental measurement techniques. Technical papers come from journals, abstracting services, reports, doctoral dissertations, masters theses, and many other sources. The full evaluation and analysis of the collected raw data are needed before publications on recommended values can be prepared. Such effort is obviously time consuming and expensive and therefore this critical evaluation is currently performed at a rather modest funding Ievel. The end result is lhat much of the avail­able world literature is not being processed and distilled.

As a complementary effort to its Data Tables Series, TPRC published in 1967 a work entitled "Thermophysical Properlies Research Literature Re­trieval Guide." This three-book work reported 33,700 references on seven thermophysical property groups and about 45,000 materials. This Basic Edition sys­tematically covered the world's unclassified Iiterature published essentially between 1920 and mid-1964, in many instances going much earlier.

The present work, referred to as Supplement I to the Basic Edition, reports an additional 26,000 refer­ences on sixteen thermophysical properlies of 20,000 materials, covering the years from mid-1964 to 1971. An additional 9,000 synonyms and trade names are cross-referenced to assist the user in identifying the material or substance of interest.

Supplement I follows lhe same format of presenta­tion as the Basic Edition. However, it has been re­structured for improved mer convenience in that a series of six Retrieval Guides have been designed for various material classes. As a result, each user group can purchase, at reasonable cost, selected volumes of specific interest, as weil as the complete six-volume set.

It is sincerely hoped that the Basic Edition ( 1967) and Supplement I (1973) of the "Thermophysical Properlies Research Literature Retrieval Guide" will constitute a permanent and valuable contribution to science and technology as weil as to scientific docu­mentation. These volumes, and those to follow, should prove to be an invaluable source of information to every scientist and engineer, with a scope of knowl­edge humanly impossible to master for any one indi­vidual or any group of individuals. Perhaps even more important, it is hoped that a wealth of information, heretofore unknown, will have been made available to many, including the specialist The TPRC staff is most anxious to receive comments, suggestions, and criticism from all users of these volumes. All com­munications will be gratefully appreciated. Specific information concerning TPRC's Operations, services, publications, and research activities can be obtained by communicating with the Director.

The preparation of these volumes was made pos­sible through the collective financial support received

from a !arge number of governmental, industrial, and nonprofit research organizations. Their interest and support are gratefully acknowledged.

In closing I wish to acknowledge the individual and collective accomplishments of TPRC's Scientific Documentation Division: Mr. G. Kvakovszky and Mrs. V. Ramdas, Technical Coding; Mrs. M. R. Troyer and the Iate Mrs. N. Y. Moore, Documental­ists; Mrs. B. M. Schick, Literature Searcher; Miss J. Baker and Mrs. N. Phillips, Clerical Operations; Mrs. S. J. Creamer and Mrs. J. A. Brittingham, Library.

X

Special thanks are extended to Mr. J. W. Phillips, TPRC Computer Programmer, and the staff at R. R. Donnelley and Sons, Chicago, Illinois, who were re­sponsible for the computer-assisted phototypesetting of this new Retrieval Guide.

Y. S. Touloukian Director, Tbermophysical Properlies Research Center Distinguished Atkins Professor of Engineering