"^„^°i:i«"3 Computer Science

of

National

Standards

Bureau and Technology

NBs NBS Special Publication 500-107

PUBLICATIONS

A Bibliography of the

Literature on Optical

Storage Technology
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards' was established by an act of Congress on March 3, 1901. The Bureau's overall goal is to strengthen and advance the Nation's science and technology

and facilitate their effective application for public benefit. To this end, the Bureau conducts

research and provides: (I) a basis for the Nation's physical measurement system, (2) scientific and technological services for industry and government, (3) a technical basis for equity in trade, and (4) technical services to promote public safety. The Bureau's technical work is per- formed by the National Measurement Laboratory, the National Engineering Laboratory, and

the Institute for Computer Sciences and Technology.

THE NATIONAL MEASUREMENT LABORATORY provides the national system of

physical and chemical and materials measurement; coordinates the system with measurement

systems of other nations and furnishes essential services leading to accurate and uniform

physical and chemical measurement throughout the Nation's scientific community, industry,

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Absolute Physical Quantities^ — Radiation Research — Chemical Physics —

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THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts

research and provides scientific and technical services to aid Federal agencies in the selection, acquisition, application, and use of computer technology to improve effectiveness and

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guidelines, and managing Federal participation in ADP voluntary standardization activities; provides scientific and technological advisory services and assistance to Federal agencies; and

provides the technical foundation for computer-related policies of the Federal Government.

The Institute consists of the following centers:

Programming Science and Technology — Computer Systems Engineering.

'Headquarters and Laboratories at Gaithersburg, M D, unless otherwise noted; mailing address Washington, DC 20234. 'Some divisions within the center are located at Boulder, CO 80303.
A Bibliography of the

Literature on Optical

Storage Technology

HATiOllAL BUH£AU

OP STANDAms.

' Computer Science

and Technology ) DO

NBS Special Publication 500-107 ^"^

|D7

James R. Park

Center for Computer Systems Engineering

Institute for Computer Sciences and Technology

National Bureau of Standards

Washington, DC 20234

U.S. DEPARTMENT OF COMMERCE

Malcolm Baldrige, Secretary

National Bureau of Standards

Ernest Ambler, Director

Issued December 1983

Reports on Computer Science and Technology

The National Bureau of Standards has a special responsibility within the Federal

Government for computer science and technology activities. The programs of the

NBS Institute for Computer Sciences and Technology are designed to provide ADP

standards, guidelines, and technical advisory services to improve the effectiveness

of computer utilization in the Federal sector, and to perform appropriate research

and development efforts as foundation for such activities and programs. This

publication series will report these NBS efforts tothe Federal computer community as

well as to interested specialists in the academic and private sectors. Those wishing

to receive notices of publications in this series should complete and return the form

at the end of this publication.

Library of Congress Catalog Card Number: 83-600617

National Bureau of Standards Special Publication 600-107

Natl. Bur. Stand. (U.S.), Spec. Publ. 500-107, 179 pages (Dec. 1983)

CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1983

For sale by the Superintendeni of Documents. U S Government Printing Ollice. Washington. DC 20402

ACKNOWLEDGEMENTS

The author wishes to acknowledge the assistance and support received from

his colleagues during the preparation of this document. Extensive

document retrieval was performed by James E. McNally. Although the task was extensive and tedious, Candice E. Leatherman provided rapid and

accurate document preparation. Sidney B. Geller encouraged the

compilation of this bibliography and gave generous support during all

phases of its preparation.
A BIBLIOGRAPHY OF THE LITERATURE ON OPTICAL STORAGE TECHNOLOGY

TABLE OF CONTENTS

Abstract

1.0 Introduction 1

2.0 How To Use This Bibliography 2

3.0 General Indexes 5

3.1 Author Index 5

' 3.2 Corporate Author Index 23

3.3 Title Index 36

3.4. Patent Number Index 64

3.5 Inventor Index 67

3.6 Patent Assignee Index 71

4.0 Classification Index 75

4.1 Ablation 75

4.2 Acoustics and Electrooptics 75

4.3 Archival 75

4.4 Curie-Point Recording 75

4.5 Detectors and Detection 76

4.6 Disk Drives and Servomechanisms 76

4.7 Error Detection and Correction, Coding 76

4.8 Holography and Holographic Recording 76

4.9 Lasers 77

4.10 Magnetooptics 77

4.11 Materials and Properties 77

4.12 Media 78

4.13 Optics 79

4.14 Overviews, Reviews, Surveys, and General 79

4.15 Physics 80

4.16 Recording Structures 80

4.17 System Descriptions 80

4.18 Thermomagnetic Recording 80

4.19 Thermoplastic Recording 80

5.0 Citations 81

5.1 Media Annotations 81

5y2 General Literature , 102

5,3 Patent Literature 159

iv
A BIBLIOGRAPHY OF THE LITERATURE

ON OPTICAL STORAGE TECHNOLOGY

James R. Park

ABSTRACT

This bibliography contains nearly 700 references related to

optical storage and retrieval of digital computer data. The

citations are divided into two major groupings: General

Literature and Patent Literature Documents. Annotations are provided under the General Literature for many of the

references in the critical area concerned with the media used

for the optical recording and playback of optical digital

data disks. The documents have been classified into several

broad categories for the user's convenience. Access to the

individual citations for each category is obtained through

cross indexes which facilitate the rapid selection of

pertinent articles. In addition to the categorical

classifications, several other indexes are included in this

bibl iography.

KEY WORDS: bibliography; computer disk; magnetooptic

materials; optical conputer disk; optical data disk; optical

digital data disk; OD^; optical disk; optical storage; video

disc.

1.0 INTRODUCTION

Within a few years, it is expected that some type of an optical device

will be utilized for the storage and retrieval oip digital computer data.

At this time however, there are no commercial devices available for this

purpose. Early attempts at utilizing optical storage for computer data were not successful due to a variety of reasons, most notably the lack of

a suitable recording medium. However, recent research has led to the

development of satisfactory media and the promise of viable commercial

systems.

This bibliography has been compiled to serve as a working tool for those

who are involved in optical storage research, planning, and development.

Since the recording medium plays such a critical role in these systems,

some of the citations which are directly concerned with the optical

storage media have been annotated.

This is a non-critical, non-selective bibliography; no attempt has been

made to prejudge the value of the documents. It is the opinion of the

author that errors of inclusion are much less serious than errors of

1
omission, and within the available time span, every effort has been made

to be as complete as possible. All documents cited in this bibliography

have been obtained by NBS; however, the documents are not available from

NBS for external use.

In order to increase the bibliography's usefulness and versatility,

several indexes have been included.

A Classification Index can be used to search for papers on various topics

such as magnetooptics, optics, thermoplastic recording, etc. The

classification scheme is neither rigid nor exclusive. Some documents are indexed under more than one category. Other indexes lead to papers by

particular authors or the papers produced by authors from a given

organization. A Title Index is also included. Three indexes are given

for the patent documents: a Patent Number Index, an Inventor Index, and

a Patent Assignee Index. The citations have been made as complete as possible in order to facilitate the acquisition of desired documents.

Document source names in the citations have been spelled out in their

entirety in order to reduce the confusion which can arise from imprecise

or unfamiliar abbreviations.

The principal information in this bibliography is concerned with the

optical digital data disk (OD^); and although there are several video

disc and holographic storage citations, no attempt was made to actively

search in these areas. A few documents have been cited for 1982, but the

primary collection extends only through 1981.

2.0 HOW TO USE THIS BIBLIOGRAPHY

The bibliographic information for each document is contained in a citation which can be accessed through a callout. Each citation

contains

. The author's name(s)

. The document title

. The document source

. The publication date

. The number of references given.

Cal louts are unique identifiers for the documents and their citations.

Each callout consists of an author's name, one or two initials, and the

year of publ ication--al 1 enclosed in parentheses. In the event of

multiple publications in the same year by the same author, letter

suffixes following the year of publication are used for further

identification. A typical callout is: (CHEN,D 70A); this designates the

first paper published by Di Chen in 1970. Cal louts for the patent

documents are done in a similar manner using the inventor's name preceded

by USP, for example (USP KLEINKNECHT,HP 79).

2
There are three groups of citations and within each group, the citations

are arranged in alphabetical order based on the author's or inventor's

names in the callouts. The largest group of citations is the General

Literature Bibliography which contains the bulk of the bibliographic

information. A companion group is the Annotated Media Bibliography

containing citations which are identical to those found in the General

Literature Bibliography but are accompanied by a short paragraph

describing the major content and results presented in the document. The

third group of citations is the Patent Literature Bibliography which

contains bibliographic information relative to the patent documents.

HOW TO USE THE INDEXES

There are six general indexes which provide rapid access to document

citations if some specific knowledge is known about a particular

document. The Author Index enables the reader to find all of the cited

documents which are attributed to a given author by searching for that

author's name in the Author Index. When the author's name is found, one

or more callouts will be associated with the name.

These callouts are then located in the General Literature Bibliography

where the citations can be examined. Suppose that the reader desires to

find the citations attributed to R. S. Mezrich. Look in the Author Index

for Mezrich, R.S. and find the following callouts:

(LOHMAN,RD 71) (MEZRICH, RS 69) (MEZRICH, RS 70A)

(MEZRICH, RS 70B) (STEWART, WC 73).

This indicates that there are five papers attributed to R.S. Mezrich,

three of which indicate principal authorship; i.e., Mezrich's name appeared first in the event of coauthorship. Two other papers for which

Mezrich was a coauthor appear under the name of the principal author.

One can now locate these callouts in the General Literature Bibliography

and find the titles and source documents for these papers.

In a similar fashion, the papers sponsored by an organization can be

found by looking for the organization's name in the Corporate Author

Index and locating the citations in the General Literature Bibliography

through use of the callouts associated with the organization's name. The

Title Index, when consulted for a specific title, permits the reader to

determine if the particular paper is included in this bibliography. If

the title is indexed, there will only be one callout to be located in the

General Literature Bibliography. The words "A," "An," and "The" were

omitted in the process of alphabetizing the Title Index.

Access to patent citations is accomplished by using the Patent Number

Index, Inventor Index, and the Patent Assignee Index. The procedure is

similar to that for using the other general indexes. A specific feature;

i.e., a patent number, inventor name, or a patent assignee, is searched

for in the appropriate index and the callouts determined. These callouts

3
are

the

then located

citations.

in the Patent Literature Bibliography for examination of

Another index, the Classification Index, serves a somewhat different

purpose. It is used to find groups of documents associated with

particular topics. In the Classification Index, there are a number of

topical headings accompanied by groups of cal louts. These cal louts

designate the papers in this bibliography which are related to the topic

heading. Suppose the reader wishes to find the papers related to

archival storage of digital computer data. The procedure would be to

locate the Archival heading in the Classification Index and find the

callouts

(AMMON,GJ 78) (AMMON,GJ 80) (BOSCH, MA 82)

(DREXLER,J 81) (GELLER,SB 74) (REDDERSON,BR 80B).

These callouts may now be used to locate the citations in the General

Literature Bibliography. There is one exception to using the General

Literature Bibliography: If the Media category is consulted, the

callouts should be located in the Annotated Media Bibliography, where not

only the citations will be found, but also descriptions of the papers.

4
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

3.0 GENERAL INDEXES

3.1 AUTHOR INDEX

Aagard, Roger L.

Adachi, Kengo

Adams, Edmond

Ahn, Kie Y.

Ahrenkiel, Richard K.

Aisenberg, S.

Alexandru, L.

Allen, Thomas H.

Almasi, G.S. 71

Alphonse, G.A.

Ammon, G.J.

Amodei, Juan J.

Anderson, H.R., Jr.

Anderson, Lawrence K.

Andresen,A.F.

Arams, Frank R. Argyle, B.E.

Arnott, R.J.

Asbeck, P.M.

Aseltine, John A.

Ash, Gary S.

Ashkin, A.

Bacon, D.D.

Bademian, Leo

Badoz, Jacques P. Ballman, A. A.

Barbe, David F.

Bardos, Andrew

Barrett, R.

Bartkus, E.A.

Bartolini, Robert A.

Barton, Lucian B.

Basov, N.G.

AAGARD, RL 68) (AAGARD, RL 71) (AAGARD, RL 71)

AAGARD, RL 71) (AAGARD, RL 72) (AAGARD, RL 73A)

AAGARD, RL 73B) (BERNAL,GE 70) (CHEN,D 68A)

CHEN,D 70A) (CHEN,D 70B)

ADACHI, K 61)

ADAMS, E 56)

AHN,KY 68) (AHN,KY 70A) (AHN,KY 70B)

AHN,KY 71) (AHN,KY 82) (HERD,SR 82A)

HERD,SR 82B) (MCGUIRE,TR 71) (TU,KN 72)

AHRENKIEL, RK 73) (AHRENKIEL, RK 74)

AHRENKIEL, RS 75)

AISENBERG, S 81)

LAW,KY 80)

ALLEN, TH 81) (ASH,GS 80)

ALMAS I, GS 71)

BURKE, WJ 78)

AMMON, GJ 78) (AMMON, GJ 79) (AMMON, GJ 80)

AMMON, G J 81A) (AMMON, GJ 81B)

AMODEI, J J 71) (AMODEI, J J 72) (BORDOGNA,J 72)

ANDERSON, HR 71)

ANDERSON, LK 66) (ANDERSON, LK 67)

ANDERSON, LK 68) (ANDERSON, LK 71)

ANDRESEN,AF 67) (ANDRESEN,AF 72)

MELCHIOR,H 70)

SUITS, JC 66)

GOODENOUGH,JB 61)

ASBECK, PM 79)

NEALE,RG 73)

ALLEN, TH 81) (ASH,GS 80)

ASHKIN, A 66)

SHERWOOD, RC 71)

BADEMIAN, L 81)

FERRE,J 71)

ASHKIN, A 66)

BARBE, DF 75)

BARDOS, A 74)

BARRETT, R 81) (BARRETT, R 82)

ANDERSON, HR 71)

BARTOLINI, RA 74) (BARTOLINI ,RA 76)

BARTOLINI, RA 78) (BARTOLINI ,RA 79)

BARTOLINI, RA 81A) (BARTOLINI ,RA 81B)

BELL,AE 79A) (BELL,AE 79B)

HEILMEIER,GH 68)

BASOV, NG 72)

5
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Bean, CP.

Beauchamp, H.L.

Beck, J.W.

Becker, C.H.

Beesley, M.J.

Bell, Alan E.

Beni, G.

Bennett, W.R.

Berg, A.D.

Berg, N.J.

Berkowitz, Ami E.

Bernal G., Enrique

Bernstein, H.L.

Binns, B.W.

Bismuth, G.

Blom, Gerard M. Blom, G.M.

Bloom, A.L.

Blue, M.D.

Bobrinev, V.I.

Bogels, P.W.

Bolwijn, P.T.

Bongers, P.P.

Bonner, W.A.

Booth, B.L.

Boothby, O.L.

Bordogna, Joseph

Borel, J. Borrelli, Nicholas F.

Bosch, M.A.

Boschetti, P.L.

Bosomworth, D.R.

Botez, Dan

Boudreaux, N.A.

Bousky, Samuel

Bouwhuis, G

Bowers, Dan M.

Boyd, G.D.

Braat, J.J.M.

Brandt, Gerald B. Br i cot, C.

Broadbent, Kent D. Brody, H.

Brojdo, S.

Brouha, M. Brout, Robert

Brown, B.R.

BEAN, CP 55) (ROBERTS, BW 54)

LIN,LH 70)

BECK,JW 70) (MACDONALD,RE 69)

BECKER, CH 66)

BEESLEY, MJ 70)

BARTOLINI,RA 78) (BARTOLINI ,RA 79)

BELL,AE 78) (BELL,AE 79A) (BELL,AE 79B)

BELL,AE 82)

BOSCH, MA 82)

JAVAN,A 61)

BERG, AD 76)

LEE,JN 79)

BERKOWITZ, AE 71) (BERKOWITZ, AE 75)

BERNAL, GE 70) (BERNAL, GE 71A) (BERNAL, GE 71B)

CHEN,D 67B) (CHEN,D 68A) (CHEN,D 68B)

LEUNG, KM 79)

CARLSON, CD 66)

PALM,CS 79)

MICHERON,F 72)

LOU,DY 81)

BLOM,GM 79)

BLOOM, AL 66)

CHEN,D 65)

MIKAELIANE,AL 70)

BOGELS, PW 76)

SCHOOT,CJ 73)

ROBERTSON, JM 75)

WARNER, AW 72) (WEAVER, SE 80)

BOOTH, BL 72)

WILLIAMS, HJ 57A)

BORDOGNA, J 72)

LABRUNIE,G 74)

BORRELLI, NF 72) (BORRELLI, NF 79)

BORRELLI, NF 80)

BOSCH, MA 82)

MINNAJA,N 73)

BOSOMWORTH, DR 68)

BOTEZ, D 78)

WATKINS,JW 81)

BOUSKY, S 71) (BOUSKY, S 76)

BOUWHUIS, G 78) (BRAAT, JJ 78A) (BRAAT, JJ 78B)

BOWERS, DM 65)

ASHKIN,A 66)

BOUWHUIS, G 78) (BRAAT, JJ 78A) (BRAAT, JJ 78B)

BRANDT, GB 68)

BRICOT,C 76)

BROADBENT, KD 74)

BRODY, H 81)

ANDERSON, LK 67)

BROUHA, M 75)

BROUT, R 65)

BROWN, BR 72) (BROWN, BR 74) (SHELTON,CF 74)

6
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Brown, C.J.

Bulthuis, Kees

Burckhardt, C.B.

Burke, W.J.

Burn, Robert A.

Burns, Leslie L.

Buschow, K.H.J.

Butter, C.

Buzawa, M.J.

Calomeris, Peter J. Cammack, D.A.

Carasso, Marino G.

Carcey, Jacques

Carlson, CD.

Carnal, Edward, Jr.

Carre, Bernard

Carroll, C.B.

Casasent, David

Cashman, Michael W.

Castledine, J.G.

Cathey, W.T.

Challeton, D. Chan, Albert Y.

Chance, D.A.

Chandross, E.A.

Chang, B.J.

Chang, I.C.

Chang, J.T.

Chastang, J.-C.A.

Chaudhari, P.

Chen, C.H.

Chen, Che-Tsung

Chen, D.

Chen, Di

Chen, F.S.

Chen, M.

Chen, Tu

Chen, Shih L. Cheng, Charles, C.K.

Cheng, David

Chi, Chao S.

Chida, Kazunori

BROWN, CJ 68)

BULTHUIS, K 79) (HEEMSKERK, JP 79)

BURCKHARDT, CB 70)

BURKE, WJ 78)

WIEDER,H 71B) (WIEDER,H 73B) (WIEDER,H 73C)

BURNS, LL 79) (BURNS, LL 80)

BROUHA,M 75)

LEE,TC 79C)

HOPKINS, RE 76)

WARNAR,RB 79)

ASBECK,PM 79)

BULTHUIS, K 79)

COEURE,P 71)

CARLSON, CD 66)

AHRENKIEL,RK 74)

LANGLET,R 73)

FIRESTER,AH 78A) (FIRESTER,AH 78B)

CASASENT, D 72) (CASASENT, D 79)

CASHMAN, MW 73)

BEESLEY,MJ 70)

CATHEY, WT 74)

DAVAL,J 75)

KENNEY,G 76) (KENNEY,G 77A) (KENNEY,G 77B)

KENNEY,G 77C) (KENNEY,G 79)

CHANCE, DA 79)

TOMLINSON,WJ 70) (TOMLINSON, WJ 72)

CHANG, BJ 80)

KATZKA,P 79)

CHANG, JT 65)

CHANCE, DA 79)

CHAUDHARI, P 73) ( VONGUTFELD,RJ 72)

CHEN,CH 80)

CHEN,CT 79A) (CHEN,CT 79B) (CHEN,CT 80)

MINNAJA,N 73) (SCHULDT,S 71) (TUFTE,ON 73A)

TUFTE,ON 73B)

AAGARD,RL 68) (AAGARD,RL 72) (AAGARD,RL 73A)

BERNAL,GE 70) (BERNAL,GE 71B) (CHEN,D 64)

CHEN,D 65) (CHEN,D 66) (CHEN,D 67A)

CHEN,D 67B) (CHEN,D 68A) (CHEN,D 68B)

CHEN,D 70A) (CHEN,D 70B) (CHEN,D 71)

CHEN,D 73) (CHEN,D 74) (CHEN,D 75)

HASKAL,HM 77) (LEE,TC 71)

CHEN,FS 68) (CHEN,FS 69)

CHEN,M 81)

CHEN,T 74)

BORRELLI,NF 72)

CHENG, CC 79)

CHENG, D 81)

CHI,CS 82)

CHIDA, K 77)

7
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Chi none, Naoki

Chow, Kungta K.

Clark, M.G.

Clemens, Jon K. Clover, Richmond B., Jr

Coburn, Theodore J.

Coeure, Philippe

Cohen, M.S.

Colburn, W.S.

Collier, Robert J.

Comstock, Lawrence

Congleton, D.B.

Connell, Edward

Connell, G.A. Neville

Conroy, J.J.

Corsover, S.L.

Cosentino, L.S.

Craighead, H.G.

Crawford, V.S.

Credelle, T.L.

Crow, J.D.

Crow, Thomas G.

Culver, W.H.

Cummins, S.E.

Cuomo, J.J.

Dalisa, A.L.

Daneu, V.

Daniele, J.J.

D'Asaro, L.A.

d'Auria, L.

Daval, J.

David ian, Winston

DeBazelaire, E. DeBitetto, D.J.

DeBouard, D.

DeHaan, M.R.

Dekker, P.

Dennison, R.L.

Denton, Richard T.

DeVelis, J.B.

DeWette, F.W.

Diamond, A.S.

Dickey, B.

Dickinson, G.

Dickson, L.D.

Diermann, J.

Dillon, J.F.

DiMaria, D.J.

(NAKADA,0 74)

(CHOW,KK 68)

(CLARK, MG 73)

(CLEMENS, JK 82)

(CLOVER, RB 71)

(AHRENKIEL,RK 73) (AHRENKIEL,RK 74)

(AHRENKIEL,RK 75)

(COEURE, P 71)

(COHEN, MS 80)

(COLBURN, WS 71) (COLBURN, WS 74)

(COLLIER, RJ 68)

(CHOW,KK 68) (COMSTOCK, RL 70A) (COMSTOCK, RL 70B)

(CONGLETON, DB 77)

(HEFFNER,P 79)

(MANSURIPUR,M 82)

(CONROY,JJ 79)

(CORSOVER, SL 81)

(COSENTINO, LS 73) (STEWART, WC 70) (STEWART, WC 73)

(CRAIGHEAD, HG 82)

(CHANCE, DA 79)

(CREDELLE, TL 72)

(CROW,JD 79) (WANG,S 71)

(THORNTON, JR 69)

(BASOV,NG 72)

(CUMMINS, SE 67)

(CHAUDHARI,P 73)

(DALISA, AL 70)

(DANEU, V 66)

(ASBECK,PM 79)

(MILLER, RC 79)

(DAURIA,L 73) (DAURIA,L 74) (SPITZ, E 72)

(DAVAL, J 75)

(SKURNICK,E 79)

(CASASENT,D 79)

(DAL ISA, AL 70)

(DEBOUARD, D 68)

(DEHAAN, MR 77)

(DEKKER, P 74) (DEKKER, P 76)

(STREHLOW,WH 74)

(DENTON, RT 68) (DENTON, RT 72)

(DEVELIS, JB 74)

(NIJBOER,BR 57)

(CONGLETON, DB 77)

(TREVES, D 69)

(PALERMO, P 77)

(DICKSON, LD 70)

(BOUSKY,S 71)

(CHANG, JT 65) (DILLON, JF 59) (DILLON, JF 63)

(DILLON, JF 70)

(HARTSTEIN,A 80)

8
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Dimigen, Heinz (KRUMME,JP 73A)

DiSalvo, F.J. (CLARK, MG 73)

DiStefano, T.H. (AHN,KY 82) (HERD,SR 82B)

Dittmer, G. (DITTMER, G 77)

fniXON RW fi7) fDTXDN RW 70^

Dong, D.W. (HARTSTEIN,A 80)

Doyle, Wi 1 1 iam D. (DOYLE, WD 70)

Drake, M.D. ( DRAKE, MD 74)

Drexler, J. (DREXLER, J 81)

Duardo, J. A. (DUARDO, JA 80)

Duncan, R.C., Jr. (DUNCAN, RC 70)

Dziedzic, J.M. (ASHKIN,A 66)

Economy, N.A. (EVTIHIEV, NN 76)

Eden, Dayton D. (EDEN,DD 81)

Egashira, Kazumichi (CHIDA,K 77) (EGASHIRA, K 74) (YOSHII,S 74)

Eleccion, Marce (ELECCION, M 72)

F 1 cpr LJ fPASKO JG 7Q1

Emmel , Peter M. (EMMEL, PM 80)

Engebretsen, J.E. (ANDRESEN,AF 72)

Eschenfelder, A.H. (ESCHENFELDER, AH 70)

Esho, Sotaro (ONO,Y 72)

Ettenberg, M. (KRESSEL,H 74B)

Evtihiev, N.N. (EVTIHIEV, NN 76)

Eward, Ronald S. (EWARD, RS 75)

Fan, G. (FAN,G 70)

Fan, G.J. (FAN,GJ 71) (MEE,CD 67) (WIEDER,H 71B)

Fan, G.Y. (FAN,GY 67) (FAN,GY 68)

Faughnan, B.W. (DUNCAN, RC 70) (FAUGHNAN, BW 69)

Feichtner, J.D. (CONROY,JJ 79)

Feinleib, J. (FEINLEIB, J 72)

Feldman, Albert (FELDMAN, A 79)

Feldman, M. (MILLER, RC 79)

Feldtkeller, Ernst (FELDTKELLER, E 72)

Ferrand, B. (DAVAL,J 75)

Ferre', Jacques (FERRE, J 71)

Files, V. (FILES, V 71)

Find lay, David (FINDLAY,D 70)

Firester, A.H. (FIRESTER, AH 78A) (FIRESTER, AH 78B)

(STEWART, WC 72) (WITTKE,JP 76)

Fischer, P. (ANDRESEN,AF 67)

Fisher, Mahlon B. (MELCHIOR,H 70)

Fishlock, David (FISHLOCK, D 69)

Fisk, Miles B. (BOWERS, DM 65)

Flannery, William E. (DOYLE, WD 70)

Fleming, D.L. (TOROK.EJ 78)

Flint, Graham W. (THORNTON, JR 69)

Flippen, R.B. (FLIPPEN, RB 73)

Flory, R.E. (HANNAN,WJ 73)

Fork, R.L. (TOMLINSON,WJ 70) (TOMLINSON, WJ 72)

9
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

rorsnaw, n.K.b. /CnOCUAII MO 1 A \ (rUKonAW,MK /4j

roster, r.b. /i.iTi 1 Tnimc UT ci\ / \ n \ i tamc lit C7o \ (WlLLlAMb,Hu bl) (WlLLlAMb,HJ b/Bj

Fountain, William D. [1 HUKN 1 UN, JK by

Fowler, Charles A., Jr. fcr\\i\ CD PA co\ /colli rn pa i:c:\ /coin m pa cci\\ (rUWLhR,CA bii) (hUWLLR,LA bbj (FOWLER, LA boAj

/ Cni.ll CD pa CCD \ VrUWLtK,LA bOD

Fowler, V.J. / cni.ii CD \/ 1 cc\ (rUWLtK,VJ bbj

Fox, E.G. ( STEWART, WC 72)

Friesem, A. A. (FRIESEM, AA 70)

Eraser, D.B. /PUCM CC CO\ (LnLNjro boj

Freiser, M,J. / CI 1 TTC IP CC\ [bul 1 b, JL bb

hrost, w. 1

/COnCT LIT 7/1 ^ (rKUol ,WI /4j

Fryer, Edward /cni.ii CD PA co\ / cni.ii cd pa cc^ /cni.ii cd pa ccA^ (rUWLLK,LA od) (rUWLtK,LA bb; (rUWLtK,LA bbAj

(Cr\\,l\ CD PA CCD ^ (rUWLtKjLA bbD

rujiwara, latsuo /cimtuada T 79^ /iiinv lU 71\ (rUJiWAKA,! /c) (dUUY,Jn /i)

Gabor, Dennis /PADHD n AO\ /PADHD PI 71 \ (bADUR,[J 4oj (bADUR,U /i j ba 1 laner, L.t. /CMTTC CM C7\

bamuino, k.j. / PU A 1 1 nU A D T D 7'3^

( LrlAUUrlAKl ,r /oj

Garmire, E. /PADMTDC C 7C(bARMlRt,t /bj

Gay, Jean-Claude /pnciiDc n 71 \ bay lord, T.K. /iicAx/r'n nr oi \ (WEAVER, JE ol

be 1 ler, bidney d. (bELLER,SB /4j

berboc, J. (WA5HK0,S 76)

Gerritsen, G. / uccMci/ cni/ ID 7^^^ (HttMbKhRK, Jr /yj

Gerritsen, H.J. / DncnMi.inDTLi hd co\ (dUoUMWUR 1 n,UR boj

Gevnet, J.

/ nA V/ A 1 1 7C \ (UAvAL, J/bj

bianola, U.r. /PUAMP IX CC\ (CHANG, JT 65)

blDSOn, J.J. /cTDCCTCD a U 70D( r IRtb 1 hR ,AH /oB

bieo ler, n. /l/CMMCV P 77A ^ /l/CMMCV P 77D^ (l\tlNNtY,b //Aj (KtNlNtY,b //Dj

blaSS, A.N. /pi ADI/ MP 7'D\ M/OM nCD 1 TMHC n 7/1 ^ (LLARN,Mb /oj (VUN UcR LlNUt,U /4

uo lODerg, bera lo i\. / nnvi c i.in 7n N (UUYLt,WU /U

bo luDerg, Mark W. / ppi nocDP Mi.i 7n\ (bULUBtRb,MW /yj

Goldberg, Norman /PPI HDCnP M ^7\ (bULUBERbjN 6/)

Goldstein, Charles M. (GOLDSTEIN, CM 82)

Gondo, Y. (CHEN,D 64) (CHEN,D 65)

Goodenough, J.B. (GOODENOUGH, JB 61)

Goodman, Joseph W. (MANSURIPURjM 82)

Goodwin, Deryck W. (FINDLAY,D 70)

Gorog, I. (FIRESTER,AH 78A) (FIRESTER,AH 78B) (GOROG, I 78A)

(GOROG, I 78B ) (WITTKE,JP 76)

Gottlieb, M. (CONROY,JJ 79)

bou Id, H.L .B.

/r*Aiii n III r''7\ (GOULD, HL 57)

Goutman, M. (KENNEY,G 76)

urdl , r

^ oKMr , r / c j Gray, Edward E. (GRAY, EE 72)

Greenebaum, Michael (SKURNICK,E 79)

Greiner, J.H. (FAN,G 70) (FAN,GY 67) (FAN,GY 68)

Griffith, R.L. (GRIFFITH, RL 69)

Guerin, Jean-Michel (GUERIN, JM 79)

Gui singer, J.E. (LEWICKI,GW 70) (LEWICKI,GW 73)

Gunning, W.J. (GUNNING, WJ 79)

10
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Guntherodt, G. (GUNTHERODT, G 70)

Gyorgy, E.M. (DILLON, JF 70)

Haas, C.W. (FLIPPEN,RB 73)

Hackwood, S. (BOSCH, MA 82)

Hagopian, J.J. ( FROST, WT 74)

Haines, K.A. (COLBURN,WS 71)

Halg, W. (ANDRESEN,AF 67)

Hannan, W.J. ( HANNAN, WJ 73)

Hansen, H. (SEYBOLT,AU 56)

Hansen, P. (KRUMME,JP 73B)

Harms, H. (UNGER,WK 72B)

Harnack, P. (DALISA,AL 70)

Harper, R. {KENNEY,G 77A)

Hartfield, Edward D. (IWASA,S 74)

Hartstein, A. (HARTSTEIN, A 80)

Hashiguchi, M. (MCFARLAND,K 68)

Haskal, Haim M. ( HASKAL, HM 70) ( HASKAL, HM 71A) ( HASKAL, HM 71B)

(HASKAL,HM 77)

Haudek, H. (HAUDEK, H 71) (UNGER,WK 72B)

Hecht, Jeff (HECHT, J 82)

Heemskerk, Jacques P.J. (BULTHUIS,K 79) (HEEMSKERK, JP 78) (HEEMSKERK, JP 79)

Heffner, Paul (HEFFNER, P 79)

He ikes, R.R. (HEIKES,RR 55)

Heilmeier, George H. (HEILMEIER, GH 68)

Heller, M.E. (FIRESTER,AH 78A)

Henderson, D.M. (HENDERSON, DM 79)

Herd, S.R. {AHN,KY 82) (HERD,SR 82A) (HERD,SR 82B)

Herriott, D.R. (JAVAN,A 61)

Herzog, Donald G. (HERZOG, DG 79)

Hill, B. (HILL,B 72) (HILL,B 73)

Hoagland, Albert S. (HOAGLAND, AS 72) (HOAGLAND, AS 79)

Honda, Shiqeo (HONDA, S 73)

Honebrink, Roger W. (AAGARD,RL 68) (JOHNSON, LH 78)

Hong, Y.M. (DEVELIS,JB 74)

Hopkins, H.H. (HOPKINS, HH 53) (HOPKINS, HH 66) (HOPKINS, HH 67)

Hopkins, R.E. (HOPKINS, RE 76)

Hopper, M.A. (LAW,KY 80)

Horigome, S. (TERAO,M 79)

Horner, Joseph L. (HORNER, JL 80)

Horstmann, R.E. (CHANCE, DA 79)

Hou, S.L. {HOU,SL 71)

Howard, R.E. (CRAIGHEAD, HG 82)

Howe, D.G. (HOWE,DG 81) (WROBEL,JJ 82)

Hrbek, George W. (HRBEK, GW 74)

Hug, W.F. (DUARDO,JA 80)

Huhn, D. (HUHN,D 70)

Huignard, J. P. (DAURIA,L 73) (DAURIA,L 74) (SPITZ, E 72)

Hung, R.Y. (LYNCH, RT 79)

Hunt, R. (KENNEY,G 76)

Hunt, R.P. (HUNT,RP 69) (TREVES, D 69)

11
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Huth, B.G.

Imamura, N. Ishida, A.

Ishii, A.

Ishii, Osamu

Ito, Ryoichi

Ito, Takeshi

Iwasa, Sato

Iwasaki, Shun-Ichi

Jacobs, B.A.J.

Jamberdino, Albert A.

Janai j M.

Javan, A.

Jedeloo, P.W.

Jenney, J. A.

Jipson, V.B.

Johannes, R. Johansen, T.R.

Johnson, Clayton

Johnson, G.E.

Johnson, L.H.

Johnson, R.H.

Johnson, Richard V.

Jones, C.R.

Jones, Keith

Judy, Jack H.

Kabler, M.N.

Kaczorowski, Edward M.

Kajiura, M.

Kamimura, H. Kaminow, Ivan P.

Kang, K.S.

Kataoka, K. Katsui, Akinora

Katzka, P.

Kelley, E.M.

Keizer, E.O.

Kempter, K. Keneman, Scott A.

Kenney, George

Kenville, Richard F. Kerby, H.R.

Kerr, J. Richard

Kertzig, A.J.

Kestigian, M.

Kiemle, H.

(HUTH,BG 74)

(MIMURA,Y 76)

(TSUKAMOTO,H 74)

(TSUKAMOTO,H 74)

(KOKOBU,A 72)

(NAKADA,0 74)

(TANAKA,M 72)

(IWASA, S 74) (NISENSON,P 72)

(OUCHI,K 72)

(JACOBS, BA 78) (KIVITS,P 81)

(JAMBERDINO, AA 81A) ( JAMBERDINO, AA 81B)

(JAMBERDINO, AA 81C)

(JANAI, M 82)

(JAVAN, A 61)

(DEKKER,P 74)

(JENNEY, JA 70)

(JIPSON, VB 81)

(JOHANNES, R 70)

(TOROK,EJ 78)

(JOHNSON, C 75)

(LAW,KY 80)

(JOHNSON, LH 78)

(ROBERTS, HN 74)

(JOHNSON, RV 79)

(JIPSON, VB 81)

(JONES, K 79)

(FUJIWARA,T 72) (JUDY,JH 71)

(SCHNEIDER, I 70)

(KACZOROWSKI, EM 77)

(TOGAMI,Y 82)

(DILLON, JF 63)

(KAMINOW, IP 66) (KAMINOW, IP 68)

(KAMINOW, IP 71) (TOMLINSON,WJ 70)

(BOSCH, MA 82)

(TSUNODA,Y 76)

(CHIDA,K 77) (KATSUI, A 76)

( KATZKA, P 79)

(WILLIAMS, HJ 57B)

(KEIZER, EO 78)

(RULL,H 76)

(BORDOGNA,J 72)

(KENNEY, G 76) (KENNEY, G 77A) (KENNEY, G 77B)

(KENNEY, G 77C) (KENNEY, G 79) (LOU,DY 81)

(KENVILLE, RF 78) (KENVILLE, RF 81)

(KUEHLER,JD 66)

(KERR,JR 66)

(SHERWOOD, RC 71)

(THAXTER,JB 74)

(KIEMLE, H 72) (KIEMLE, H 74)

12
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Kim, uae 1*1. King, bi iDert w. ^KllNh,bW obAj (KlNb,bW DOD j Kinsel , Tracy S

\ ULN 1 UlN , K 1 Do j Kirton, J. / 1/ T DTAM 1 7/1 \ ^KlKIUN,d/4j

Kiss, Zolton J. ^ r AUbnlNAlM , BW oy j

i\ 1 L te 1 , Lriar 1 es ^k'TTTFI P /Ifi^ ^I\1IILL,L ^D^

ixivits, reuer u. ? RI II TMI IT ^ y 1Q\ ^k'TUTT^; P PI ^

^ DuL 1 nu 1 0 , r\ /y^ ^ l\ 1 V 1 1 0 , r 01

i\ieuLers, wiineini j. /rIIITWIIT^ y 7Q\ /|-IFFMQI<'FDI<' IP 7Q^ ^ DUL 1 nU i 0 , l\ /y) ^ ntLnolxLKlN , Jr /)))

i\ 1 opier , M

/niTTMFP ^UlllrltK,bC 11\ / / j

l\ 1 Ubc ) r , n

^n\/*sHTW^k'Y 19\ ^ u V on 1 iNoix I , jr\ / c / 1 riARnP n 71 ^

InUiI Ici , 1 ilUlllab i\ . /k'FWWFV R 7Q'\

NlllyriL, uuruuii K. ^ k'lM Tf^MT CQ \ MN i bn 1 , br\ 1 0 ) i\nuason , l . i

(\^LiUjIo Til 71 ^ / L

ISODayaSm , 1 . /mTMIIPA V 7fi^ ^TnCAMT V P9^

NogGiniK, nerwig /kTlPFI MTk' l-J P.f.\ ^l/nCFI MTI<' M fiQ^

^ IxUbCLIN i l\ , n 00) ^ IxUbtLIN il\ , n Oy)

NOKUDU, MK 1

/k'flk'nRII fl 79^ ^ I\UI\UdU , a / c j Norpe 1 , M. ^kTlPPFI fl 7P^ ^Pfll FPMO P 77^ HJUTTMAM Dl (^Q\ ^l\UKrliL,A /oj ^rALLKrlU,r //) ^ Wn i i nAIN , KL oy j Kramer, C.J. (KRAMER, CJ 79)

Krawczak, J. A. (TOROK,EJ 78)

i\reDS5 M.K, ^F\/TTUTF\/ MM 7C ^ ^tV 1 inltv,iNIN /D

isresse i , n

ixrunirne , uen s - r e uer /k'DIIMMF IP 7'5fl^ /k'PllMMF 7'?R^ ^l/PIIMMF IP 7C;^

^ IxKUi'lrlll , ur 1 on) ^l\KUI'iriL, / oD ) ^ IxKUrll'lL , dr /D;

NUDo, laKamro ^VAMARA 1/ Q9^

^ YArlAUA, l\ oc ) i\uen 1 er , u . u

I V\ IFUl FD in \ ^l\UtnLtK,JU DO j Kurtz, Robert L. /1/IIDT7 Dl 7C^

Kyser, u.r

/cm ttc ir 71

Labrume, G. ( 1 ADDI IM T F P 7/1 ^ ^LADKUINitjb /^j

LacKiison, uavia l. M flPI/l TCriM riF 7"?^ ^1 flPk'l TQHM RF 7t^^ ^QPflTT PR lPy\

^ LALI\L i oUIN , Ut /o) ^ LAUIxL i oUiN , Ut /O) ^ouUI 1 ,bD /Dj

Lauany, i

/fPFCCFI M 7Z1R^

^ l\KllO otL , n /HD)

Lanaccm a , u . i

ZflMRFDCnM 1 1/ <^7^ ^PWFM FQ AP^

^ AINUtKoUIN , Ll\ D/ j ^LntiN,ro Doy

LamD, w.t. f 1 AMR I.IF C/1 ^ ^LAI*lD,Wt 04

Lamo la, a.m. / THMI TMCHM I.M 70 \

^ 1 UnLllNoUiN, WJ / c )

1 and r F (\ flWn PF fiQ^ (] AMD PF 7P^

1 v\ ^ fin Lany, r\. 1 PD fl F P 79 ^

\ bKAr , r i c.

}

Langaon, K.ri. (\ AMPnnM DM (^0\

^ LAINbUUiN , KrI Oy

Lang i e t , Keg i

/l AMP! FT D 79'^ MflMPIFT D 7^^ VLAINbLtl,K /c) ^LAINbLtl,K / o

Larsen, P.K. /nnDrDTCOM TM 7C\

^ KUdlK 1 bUIN , Jrl /Oj

Laser rocus f 1 A CCD r 7/1 ^ LaUD, L.J. / 1 A 1 ID 1 1 7C ^ ^LAUd,LJ /Dj

Lauer, j.r. /cilTUrDI TM 1/1/ 7/1 \

( oU 1 HlKL ilN ,KI\ /4

La vciiuci y , o.o. /IaITFRFR ^WiLUCI\,n1-1 71R^ /ID/

Law, K.Y. (LAW,KY 80)

Lebreton, G. (CASASENT,D 79)

Leclert, A. (DAVAL,J 75)

Lee, J.N. (LEE,JN 79)

Lee, Kenneth (LEE,K 71) (LEE,K 73A) (LEE,K 73B) (SUITS, JC 71)

Lee, T.C. (AAGARD,RL 72) (LEE,TC 68) (LEE,TC 71) (LEE,TC 72)

(LEE,TC 79A) (LEE,TC 79B) (LEE,TC 79C) (ZOOK,JD 72)

Lee, Wai-Hon (LEE,WH 72)

13
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Lehereau, J.C.

Leith, Emmett N.

Leonard, William B.

Leung, K.M.

Levinstein, J.J.

Lewicki, G.W.

Li, T.

Liao, P.P.

Lindquist, J.

Lin, L.H.

Lipp, James

Lissberger, P.H.

Liu, T.S.

Lo, D.S.

Lockwood, H.F.

Lohman, R.D.

Lotspeich, J.F.

Lou, D.

Loutfy, R.O.

Lucero, J. A.

Ludman, Jacques E. Lurie, M. Lussow, R.O.

LuUjT.

Lynch, R.T., Jr.

Ma, J.T.

MacDonald, R.E.

Maiman, T.H.

Makarov, N.I.

Mansuripur, Masud

Marchant, Alan B. Marechal, A.

Marinace, J.C.

Marrello, V.

Marrone, M.

Martienssen, W.

Matick, Richard E. Matsumura, Masaru

Matsushita, S.

Maydan, Dan

Mayer, Ludwig

Mayeux, C.

Mazzeo, N.J.

McCamy, C.S.

McCoy, D.S.

McFarland, K.

BRICOT,C 76)

LEITH, EN 62) (LEITH, EN 67)

CHOW,KK 68)

LEUNG, KM 79)

ASHKIN,A 66)

LEWICKI, GW 69) (LEWICKI, GW 70) (LEWICKI, GW 73)

KOGELNIK,H 66)

CRAIGHEAD, HG 82)

LEE,TC 79B)

LIN,LH 69) (LIN,LH 70) (LIN,LH 71)

LIPP, J 71

COMSTOCK,RL 70A)

AAGARD,RL 73A) (CHEN,D 70A) (LIU,TS 71)

JOHNSON, LH 78) (LO,DS 74)

KRESSEL,H 74B)

LOHMAN, RD 71) (STEWART, WC 73)

HENDERSON, DM 79)

ASBECK,PM 79) (KENNEY,G 76) (KENNEY,G 77A)

KENNEY,G 77B) (KENNEY,G 77C) (KENNEY,G 79)

LOU,DY 81) (LOU.DY 82)

LAW,KY 80)

DUARD0,JA 80)

HORNER, JL 80)

BARTOLINI,RA 78) (HANNAN,WJ 73)

CHANCE, DA 79)

CASASENT,D 79)

LYNCH, RT 79)

BROWN, CJ 68)

MACDONALD, RE 69)

MAIMAN, TH 60)

RYKALIN,NN 67)

MANSURIPUR, M 82)

MARCHANT, AB 82) (WROBEL,JJ 82)

MARECHAL, A 47)

MARINACE,JC 70)

CHEN,M 81)

SCHNEIDER, I 70)

HUHN,D 70)

MATICK, RE 72)

MATSUMURA, M 74)

MATSUSHITA, S 75) (SUNAGO,K 76)

MAYDAN, D 70A) (MAYDAN, D 70B) (MAYDAN, D 71)

MAYER, L 55) (MAYER, L 57) (MAYER, L 58A)

MAYER, L 58B) (MAYER, L 58C) (MAYER, L 60A)

MAYER, L 60B)

MICHERON,F 74A)

AHN,KY 82) (HERD,SR 82B)

MCCAMY, CS 65)

KEIZER,EO 78) (MCCOY, DS 78)

MCFARLAND, K 68)

14
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

McGuire, T.R. (MCGUIRE, TR 71) (SUITS, JC 68)

McLeod, Jonah (MCLEOD, J 81A) (MCLEOD, J BIB)

McFarlane, Robert (KENNEY,G 76) (KENNEY,G 77A) (KENNEY,G 77B)

(KENNEY,G 77C) (KENNEY,G 79) (VOLKER,S 79)

McMurtry, B.J. (ANDERSON, LK 66)

Mee, CD. (MEE, CD 67)

Megla, G.K. (MEGLA, GK 66)

Mehta, R.R. (MEHTA, RR 71)

Meier, R.W. (URBACH,JC 66)

Meiklejohn, W.H. (BERKOWITZ,AE 71) (BERKOWITZ,AE 75)

Melchior, Hans (MELCHIOR, H 70) (MELCHIOR, H 72)

Mennie, Don (MENNIE, D 79)

Menyuk, N. (GOODENOUGH,JB 61)

Menzel, R.W. (MENZEL, RW 81)

Mercer, C.C. (PALM,CS 79)

Meyer, H. (MEYER, H 72)

Mezrich, R.S. (LOHMAN,RD 71) (MEZRICH, RS 69)

(MEZRICH, RS 70A) (MEZRICH, RS 70B) (STEWART, WC 73)

Micheron, F. (MICHERON, F 72) (MICHERON, F 74A) (MICHERON, F 74B)

Middlehoek, S. (DEKKER,P 74) (MIDDLEHOEK, S 70)

Mikaeliane, A.L. (MIKAELIANE, AL 70)

Milch, A. (KENNEY,G 76) (KENNEY,G 77A) (KENNEY,G 77B)

(KENNEY,G 77C)

Miller, R.C. (MILLER, RC 79)

Mimura, Y. (MIMURA, Y 76)

Minnaja, N. (MINNAJA,N 73)

Mitsuhashi, Y. (MITSUHASHI, Y 76)

i^onerie, n. f nn\/ Ai 1 iQ\

Moore, Eugene B. (COMSTOCK,RL 70B)

Morikawa, T. (MITSUHASHI, Y 76)

Moruzzi, V.L. (MCGUIRE, TR 71)

Moser, F. (JANAI,M 82)

Mroczkowski, Stanley S. (CLOVER, RB 71)

Murphy, James A. (BORRELLI,NF 72)

Myers, W.C. (CARLSON, CD 66)

Nadan, Joseph S. (KENNEY,G 79)

Nagao, Morimasa (ONO,Y 72)

Nagle, E.M. ( STEWART, WC 73)

Nakada, Osamu ( NAKADA, 0 74)

Nakamura, J.K. (NAKAMURA, JK 68)

Nakamura, Satoshi ( NAKADA, 0 74)

Nakashima, ( NAKADA, 0 74)

Naruse, Yosuke (NARUSE, Y 78)

Nassau, K. (ASHKIN,A 66)

Natu, S. (CASASENT,D 79)

Neale, R.G. (NEALE, RG 73)

Neary, Dennis R. (NEARY, DR 82)

Nelson, G.L. (TOROK,EJ 78)

Nelson, R.H. (NELSON, RH 74)

Nelson, Thomas J. (NELSON, TJ 68)

15
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Neoela. D.A. fCOMSTOCK.RL 70B)

Nesbitt, E.A. (SHERWOOD, RC 71)

Neugebauer, C.A. (NEUGEBAUER, CA 59)

Nijboer, B.R.A. (NIJBOER, BR 57)

Nisenson, Peter (NISENSON, P 72)

Nishiguchi, Katsumi (TSUJIYAMA,B 72)

Nishimura, Yasuro (TANAKA,M 72)

Noguchi, Masaru (NOGUCHI, M 82)

Ohkoshi, Akio (NARUSE,Y 78)

Ohta, Y. (OHTA,Y 78)

Ojima, M. (TERAO,M 79)

Olenik, R.W. (SUTHERLIN,KK 74)

01 i jhoek, J.F. (OLIJHOEK,JF 80)

Oliver, D.S. (FEINLEIB,J 72) (HOU,SL 71)

Olson, B.L. (MCGUIRE,TR 71)

Ono, Yuzo (ONO,Y 72)

Dnhev W fHEEMSKERK JP 79)

Orehotsky, J. (WASHKO,S 76)

Otten, T.H. (WATKINS,JW 81)

Otto, Gary N. (AAGARD,RL 68) (BERNAL,GE 71B) (CHEN,D 73)

Ouchi , Kazuhiro (OUCHI, K 72)

Ovshinsky, S.R. (OVSHINSKY, SR 72)

Owechko, Y. (OWECHKO, Y 79)

Owen, Robert B. (KURTZ, RL 75)

Packard, J.R. (STREHLOW,WH 74)

Page, John L. (LACKLISON,DE 73) (LACKLISON,DE 75)

Palermo, P. (PALERMO, P 77)

Palm, C.S. (PALM,CS 79)

Paparoditis, C. (FERRE,J 71)

Pasko, J.G. (PASKO, JG 79)

Patela, Arvind M. (PATELA, AM 80)

Patlach, A.M. (PATLACH, AM 72)

Pearson, R.F. (LACKLISON,DE 75)

Peek, Th. H. (OLIJHOEK,JF 80)

Pennington, K.S. (PENNINGTON, KS 71)

Pepperl, R. (PEPPERL, R 77)

Peterson, G.E. (CLARK, MG 73)

Petrich, G.F. (MCGUIRE,TR 71)

Peuzin, J.C. (DAVAL,J 75)

Phillips, W. (AMODEI,JJ 72) (BURKE, WJ 78) (DUNCAN, RC 70)

Phipps, P.B.P. (SUITS, JC 71)

Pierson, Paul B. (PIERSON, PB 79)

Pinnow, Douglas A. (PINNOW, DA 70)

Pivot, Jean-Paul (LANGLET,R 73)

Pizzo, Ronald J. (PIZZO, RJ 80)

Piatt, John R. (PLATT,JR 61)

Ponjee, J.J. (SCHOOT,CJ 73)

Pryde, C.A. (TOMLINSON,WJ 72)

Puech, C. (BRICOT,C 76)

16
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Rdbson, T.A. (KIM, DM 77)

Rahlff, 1 > V.A 111! 1 « M.• (MEYER. H 72)

Rajchman, Jan A. ( RAJCHMAN, JA 70A) (RAJCHMAN,JA 708)

(RAJCHMAN,JA 72)

Raloh H I (LACKLISON.de 73)

Ral<ston 1 vnda M. (RALSTON, LM 81) (REDDERSEN. BR 80A)

(WEAVER.se 80)

Rancourt. James D. (RANC0URT,JD 81)

Ratajczak, H. (RATAJCZAK, H 70)

Rath, Rainer (UNGER,WK 71C)

Ready, J.F. (CHEN,D 67B) (CHEN,D 68A) (CHEN,D 68B)

Rebholz, J. (LEE,TC 79B)

Recicar, Steve A. (WARNAR,RB 79)

Reddersen, Brad R. (REDDERSEN, BR 80A) (REDDERSEN, BR SOB)

Refsnes, J. (ANDRESEN,AF 72)

Dpmp-i|(a J. p. (DILLON. JF 63) (DILLON JF 70)

Reno C.W. (AMMON GJ 81B)

Revnolds G 0 fDEVELIS JB 74)

Rpvnol il A (ANDERSON HR 71)

Rpvnolds IW^yilVa' J.L. VJsL— • (LIPP J 71)

Riekmann I\ I^inMILaIIII^ D.la/* (MEYER \il^lL«l\*llH 72) / J Roach W.R. (FIRESTER AH 78B)

Robert, J. (LABRUNIE,G 74)

Roberts 1 \ \j %j 1 B.W. L.^*ri* (ROBERTS BW 54) (ROBERTS. BW 56)

(SEYBOLT,AU 56)

Roberts, H.N. (ROBERTS, HN 72) (ROBERTS, HN 74)

Robertson, J.M. (ROBERTSON, JM 75)

Rodaers. K.F. (VONDERLINDE,D 74)

Roloh. Sarah (ROLPH.S 80)

Rosen A.N. (HASKAL.HM 71A)

Rosenbera. W.J. (TITLE, AM 79)

Rosenkrantz, L. Jay (ROSENKRANTZ, LJ 79)

Ross, D.L. (ROSS,DL 78)

Ross. R.M. ( FROST, WT 74)

Rouchon, J.M. (MICHERON,F 74B)

Rull 1 \ U 1 1 ^ H.Its (RULL ll\V/L_^«llH 75) 1 >J 1 (RULL.H \\\\J^\^ ^\\ 76) 1 \J 1 Russell. J. P. (FIRESTER, AH 78A) (FIRESTER, AH 78B)

Russell, J.T. (RUSSELL, JT 76)

Rvan. R.J. (HANNAN,WJ 73)

Rvkalin N.N. (RYKALIN NN 67)

Sacchi C.A. (DANEU V 66)

Sakaguchi, M. (OHTA,Y 78)

Sakuri, K. (MITSUHASHI,Y 76)

Sakurai, Y. (MATSUSHITA, S 75) (SUNAGO,K 76)

Salansky, N.M. (SALANSKY, NM 74)

Salathe, R. (VOUMARD,C 77)

Sander, I. (PEPPERL,R 77)

Sanders, Lester S.- (SANDERS, LS 82)

Sarginson, R.W. (KIRTON,J 74)

Sato, K. (TOGAMI,Y 82)

17
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Sawatzky, Eric (SAWATZKY, E 71A) (SAWATZKY, E 71B)

(SAWATZKY, E 71C)

Schafer, M.W. (SUITS, JC 58)

Schlafer, J. (FOWLER, VJ 66)

Schmidt, K.P. (HILL,B 73) (MEYER, H 72)

Schmidt, U. (SCHMIDT, U 69)

Schmidt, U.J. (MEYER, H 72)

Schmit, Francis M. (AAGARD,RL 68) (AAGARD,RL 73A) (CHEN,D 73)

Schmitt, Hans Jurgen (KRUMME,JP 75)

Schneider, I. (SCHNEIDER, I 70)

Schneider, J. (STOFFEL,AM 70)

Schoenes, J. (GUNTHER0DT,G 70)

Schoot, C.J. (SCHOOT, CJ 73)

Schroder, J. (DITTMER,G 77)

Schuldt, S. (SCHULDT, S 71)

Schwarz, S.E. (NAKAMURA,JK 68)

Scott, George B. (LACKLISON,DE 73) (LACKLISON,DE 75)

(SCOTT, GB 76)

Sczaniecki, Z. (RATAJCZAK,H 70)

Seko, A. (MITSUHASHI,Y 76)

Seybolt, A.U. (SEYBOLT, AU 56)

Shafer, M.W. (AHN,KY 70A) (AHN,KY 71)

Shah, B. (BASOV,NG 72)

Shah, Manhar L. (WANG,S 71)

Shah, Rajiv R. (KIM, DM 77)

Shahbender, Rabah (SHAHBENDER, R 74)

Shankoff, T.A. (SHANKOFF, TA 68)

Sharp, J.H. (LAW,KY 80)

Shay, J.L. (BOSCH, MA 82)

Shelton, Carl F. (SHELTON, CF 73) (SHELTON, CF 74)

Sheridon, N.K. (SHERIDON, NK 72)

Sherwood, R.C. (SHERWOOD, RC 71) (WILLIAMS, HJ 57A)

(WILLIAMS, HJ 57B) (WILLIAMS, HJ 58)

Shibata, Kenzo (SHIBATA, K 72)

Shigematsu, K. (TERAO,M 79)

Shi mad a, J. (MITSUHASHI,Y 76)

Shinohara, Takeshi (SHIBATA, K 72)

Shumate, Paul W., Jr. (SHUMATE, PW 71)

Skurnick Euaene (SKURNICK, E 79)

Slezak C. (DAURIA,L 74)

Small. M.B. (LYNCH, RT 79)

Smith A.W. (SMITH. AW 73)

Smith, D.O. (SMITH, DO 67)

Smith, Kevin (SMITH, K 80)

Smith, M.R. (C0NGLET0N,DB 77)

Smith, Peter W. (SMITH, PW 70)

Smith, R.G. (ASHKIN,A 66)

Smith, T.W. (SMITH, TW 81)

Smits, F.M. (SMITS, FM 67)

Sorokin, P.P. (SOROKIN, PP 79)

Spitz, E. (DAURIA,L 73) (DAURIA,L 74) (SPITZ, E 72)

18
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Spong, F.W.

Staebler, D.L.

Stark, H.

Stanton, D. Stein, M.

Stephens, A.W.

Stephens, R.R.

Stephenson, Jack

Stevens, John R. Stewart, W.C.

Stoffel, A.M.

Stoll, E. Stolz, M.

Stone, E.

Strand, David

Street, G. Bryan

Street, Jules

Strehlow, W.H.

Stroke, George W.

Strzelczyk, M. Stutius, W.E.

Suits, James C.

Sumi, M.

Sunago, K.

Suryanarayanan, R.

Sutherlin, K.K.

Suzuki, takeo

Svelto, 0.

Sweeney, J.E.

Silfvast, W.T.

Tai, K.L.

Takeda, Y.

Tamura, P. Tanaka, Masao

Tanguay, A.R., Jr.

Taniguchi, Y. Tatsuno, K.

Tennant, D.M.

Teranishi, T.

Terao, M.

Thatcher, P.P.

Thaxter, J.B.

Thomas, C.H.

Thornton, J. Ronald

BARTOLINI,RA 78) (BARTOLINI ,RA 79)

BELL,AE 78) (BELL,AE 79B) (CREDELLE,TL 72)

AMODEI,JJ 72) (AMODEI,JJ 71) (BURKE, WJ 78)

STARK, H 71)

KENNEY,G 76)

AISENBERG,S 81)

AMODEI,JJ 71)

HENDERSON, DM 79)

CASASENT,D 72)

FOWLER, CA 56B)

COSENTINO,LS 73) (FIRESTER,AH 78A)

LOHMAN,RD 71) (STEWART, WC 70) (STEWART, WC 72)

STEWART, WC 73)

STOFFEL, AM 70)

ANDRESEN,AF 67)

UNGER,WK 71A)

CARLSON, CD 66)

STRAND, D 80) (STRAND, D 81)

STREET, GB 72)

STREET, J 80)

STREHLOW, WH 74)

GABOR,D 71)

KENNEY,G 76)

CHEN,T 74)

LEE,K 71) (LEE,K 73A) (SUITS, JC 66)

SUITS, JC 68) (SUITS, JC 71) (SUITS, JC 72)

TU,KN 72)

TSUKAMOTO,H 74)

MATSUSHITA, S 75) (SUNAGO, K 76)

FERRE,J 71)

SUTHERLIN, KK 74)

SUZUKI, T 70)

DANEU,V 66)

CRAIGHEAD, HG 82)

TOMLINSON,WJ 70)

CHEN,CH 80)

TAKEDA, Y 74) (TSUNODA,Y 73) (TSUNODA,Y 74)

TSUNODA,Y 76)

LEE,TC 79B)

TANAKA, M 72)

OWECHKO,Y 79)

TERAO, M 79)

TSUNODA,Y 76)

CRAIGHEAD, HG 82)

TOGAMI,Y 82)

TERAO, M 79)

LAND,CE 69)

THAXTER, JB 69) (THAXTER, JB 74)

CORSOVER,SL 81)

THORNTON, JR 69)

19
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Thust, W.

Title, A.M.

Tittel, F.K.

Togami, Yuji

Tolksdorf, W.

Tomita, W.K.

Tomlinson, W.J.

Tompkins, E.N.

Torok, E.J.

Tracy, J.

Trevelyan, B.

Treves, D. Trotier, J.C.

Tsang, J.C.

Tsujiyama, Bunjiro

Tsukamoto, H.

Tsunoda, Y. Tu, K.N.

Tufte, O.N.

Turner, Edward H.

Uchida, Naoya

Uglov, A. A.

Ulmer, David E.

Unger, Willibald K.

Upatnieks, Juris

Urbach, J.C.

van Dam, H.T.

Vander Lugt, A, van Doom, R.A.

Velzel, C.H.F.

Vergnolle, M.

Vigliotti, D.R.

Vincett, P.S.

Vogenthaler, R.

Volker, S. von der Linde, D.

von Gutfeld, R.J.

Voos, Henry

Voumard, C.

Wachter, P.

Wagner, John G.

Walker, J.L.

Walker, R.A.

Walter, G.O.

SCHMIDT, U 69)

TITLE, AM 79)

KIM, DM 77)

TOGAMI, Y 78) (TOGAMI, Y 82)

TOLKSDORF, W 75)

CARLSON, CD 66)

TOMLINSON,WJ 70) (TOMLINSON,WJ 72)

COLBURN,WS 74)

TOROK, E J 78)

PASKO,JG 79)

TREVELYAN, B 69A) (TREVELYAN, B 69B)

TREVES, D 67) (TREVES, D 69)

MICHERON,F 74A)

HARTSTEIN,A 80)

CHIDA,K 77) (TSUJIYAMA, B 72)

TSUKAMOTO, H 74)

TSUNODA, Y 73) (TSUNODA, Y 74) (TSUNODA, Y 76)

AHN,KY 82) (HERD,SR 82B) (TU,KN 72)

TUFTE, ON 73A) (TUFTE, ON 73B)

KAMINOW,IP 66) (KAMINOW.IP 71)

TSUKAMOTO, H 74) (UCHIDA,N 70)

RYKALIN,NN 67)

ULMER, DE 79)

HAUDEK,H 71) (UNGER, WK 70) (UNGER, WK 71A)

UNGER, WK 71B) (UNGER. WK 71C) (UNGER, WK 71D)

UNGER, WK 72A) (UNGER, WK 72B)

LEITH,EN 62) (LEITH,EN 67)

URBACH, JC 66)

SCHOOT,CJ 73)

NELSON, RH 74) (VANDERLUGT,A 73)

SCHOOT,CJ 73)

DEHAAN,MR 77) (VELZEL, CH 78)

MICHERON,F 74B)

HERD,SR 82A)

LAW,KY 80)

JOHANNES, R 70)

VOLKER, S 79)

CHEN,CT 79A) (CHEN.CT 80)

VONDERLINDE,D 74)

HERD,SR 82A) (VONGUTFELD,RJ 72)

VOOS,H 80)

VOUMARD, C 77)

GUNTHERODT.G 70)

KENNEY,G 76) (KENNEY,G 77A) (KENNEY,G 77B)

KENNEY,G 77C) (KENNEY,G 79)

FRIESEM,AA 70)

RUSSELL, JT 76)

WALTER, GO 82)

20
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Walters, W. (AAGARD,RL 71)

Wang, Shyh (WANG,S 71)

Waring, R.K., Jr. (WARING, RK 71)

Warnar, Robert B.J. (WARNAR, RB 79)

Warner, A.W. (WARNER, AW 72)

Washko, S. (WASHKO, S 76)

Watanabe, Hiroshi (SHIBATA,K 72)

Watanabe, Isao ( YAMADA, K 82)

Watkins, J.W. (ROBERTS, HN 74) (WATKINS, JW 81)

Watson, H.A. (MILLER, RC 79)

Watson, W. (PALERMO,? 77)

Weakliem, H.A. (BARTOLINI,RA 76)

Weaver, J.E. (WEAVER, JE 81)

Weaver, S.E. (PALM,CS 79) (WEAVER, SE 80)

Weber, H. (V0UMARD,C 77)

Weitzman, Cay (WEITZMAN, C 70)

Wendt, F.S. (STEWART, WC 73)

Wenny, D.H. (GOULD, HL 57)

Wentworth, Chandler (CLOVER, RB 71)

Werlich, H. (WIEDER, H 71A)

Wernick, J.H. (SHERWOOD, RC 71)

Wesdrop, C.A. (OLIJHOEK,JF 80)

Wheeler, J. P. (BERG, AD 76)

White, D.L. (WARNER, AW 72)

White, Robert M. (WHITE, RM 80)

Whitman, R.L. (WHITMAN, RL 69)

Wieder, H. (WIEDER, H 71A) (WIEDER, H 71B) (WIEDER, H 73A)

(WIEDER, H 73B) (WIEDER, H 73C)

Willens, R.H. (MILLER, RC 79)

Williams, B.F. (BARTOLINI,RA 76)

Williams, H.J. (WILLIAMS, HJ 51) (WILLIAMS, HJ 57A)

(WILLIAMS, HJ 57B) (WILLIAMS, HJ 58)

Winters, H.F. (SUITS, JC 71)

Wittke, J. P. (WITTKE, JP 76)

Woh 1 , K.J. / CDnCT LIT 7/1 \

( rKOo 1 , W 1 /4 j Wold, A. (GOODENOUGH,JB 61)

Wolfe, R. (SHERWOOD, RC 71)

Wolfgang, E. (UNGER,WK 71B) (UNGER,WK 72A)

Wood, E.A. (WILLIAMS, HJ 51)

Wrobel, J.J. (HOWE,DG 81) (WROBEL, JJ 82)

Wu, Che-Kuang (WU,CK 79)

Wyant, J.C. (LEUNG, KM 79)

Yamada, Koichi ( YAMADA, K 82)

Yamada, T. (EGASHIRA,T 74)

Yang, J. Leon (ROSENKRANTZ,LJ 79)

Yeh, Pochi (GUNNING, WJ 79) (YEH,P 79)

Yokoyama, K. (JUDY,JH 71)

Yonezawa, S. (TERAO,M 79)

Yoshii, Shizuka (TSUJIYAMA,B 72) (YOSHII, S 74)

21
3.1 AUTHOR INDEX 3.1 AUTHOR INDEX

Young, C. Gilbert

Young, Peter L.

Yurcisin, P.

Zaky, Safwat G.

Zalm, P.

Zamjatina, N.A.

Zanoni, Louis A.

Zech, R.G.

Zernike, Fritz

Zook, J. David

Zwicker, W.K.

(YOUNG, CG 69)

(BORRELLI,NF 79) (BORRELLI,NF 80)

(SEYB0LT,AU 56)

(ZAKY,SG 72)

(KIVITS,P 81)

(EVTIHIEV,NN 76)

(HEILMEIER,GH 68)

(NELSON, RH 74)

(KENNEY,G 76) (KENNEY,G 77A)

(K.ENNEY,G 77C) (KENNEY,G 79)

(CHEN,D 75) (LEE,TC 68) (ZOOK,JD 72)

(ZOOK,JD 74)

(DALISA,AL 70)

(KENNEY,G 778)

(ZERNIKE, F 78)

22
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR I

3.2 CORPORATE AUTHOR INDEX

A. A. Baikov Institute of Metallurgy

(RYKALIN,NN 67)

Academy of Sciences of USSR, Siberian Section, Krasnoyarsk, USSR

(SALANSKY,NM 74)

Advanced Technology Publications, Inc., Littleton, Mass. 01460

(BRODY,H 82)

American Optical Central Research Laboratory, Southbridge, Mass. 01550

(YOUNG, CG 69)

Ampex Corporation, Redwood City, Calif. 94063

(B0USKY,S 71) (BOUSKY,S 76)

(TREVES, D 67) (TREVES, D 69)

(HUNT,RP 69)

Applied Science Laboratories, Waltham, Mass. 02154

(AISENBERG,S 81)

A.S. Popov Society of Radio Engineering and Telecommunications.

USSR

(MIKAELIANE,AL 70)

Batelle, Pacific Northwest Laboratories, Richland, Wash. 99352

(RUSSEL,JT 76)

Moscow,

Bell Telephone Laboratories,

(BOSCH, MA 82)

(KAMINOW.IP 68)

(TOMLINSON,IP 72)

Bell Telephone Laboratories.

(ANDERSON, LK 66)

(ANDERSON, LK 71B)

(CHANG, JT 65)

(CHEN,FS 69)

(DENTON, RT 68)

(DILLON, JF 63)

(DIXON, RW 70)

(KOGELNIK,H 66)

(LIN,LH 70)

(MAYDAN,D 70B)

(MELCHIOR,H 72)

(SHANKOFF,TA 68)

(SMITS,FM 67)

(WILLIAMS, HJ 51)

(WILLIAMS, HJ 58)

Holmdel, New Jersey 07733

(CRAIGHEAD, HG 82) (KAMINOW,IP 66)

(KAMINOW,IP 71) (TOMLINSON,IP 70)

Inc., Murray Hill, New Jersey 07974

(ANDERSON, LK 67)

(ASHKIN,A 66)

(CHEN,CH 80)

( CLARK, MG 73)

(DENTON, RT 72)

(DILLON, JF 70)

(GOULD, HL 57)

(KOGELNIK,H 69)

(LIN,LH 71)

(MAYDAN,D 71)

(MILLER, RC 79)

(SHERWOOD, RC 71)

(VONDERLINDE,D 74)

(WILLIAMS, HJ 57A)

(ANDERSON, LK 68)

(BURCKHARDT,CB 70)

(CHEN,FS 68)

(COLLIER, RJ 68)

(DILLON, JF 59)

(DIXON, RW 67)

(JAVAN,A 61)

(LIN,LH 69)

(MAYDAN.D 70A)

{MELCHIOR,H 70)

(PINNOW,DA 70)

(SHUMATE, PW 71)

(WARNER, AW 72)

(WILLIAMS, HJ 578)

23
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Bell Northern Research, Bramalea, Ontario, Canada

(ZAKY,SG 72)

British Thomson-Houston Co., Ltd., Rugby, England

(GABOR,D 48)

Cahners Publishing Company, Boston, Mass. 02116

(Jones, K 81)

Carnegie-Mellon University, Pittsburgh, Pa. 15213

(CASASENT,D 72) (CASASENT,D 79)

CBS Laboratories, Stamford, Conn.

(GABOR,D 71)

Centre de Recherche de la Compagnie Generale d'Electricite,

Marcoussis, France

(DEBOUARD,D 68)

Coherent, Incorporated, Danbury, Conn. 06810

(PIZZO,RJ 80)

Coherent Radiation, Palo Alto, Calif. 94304

(BERG, AD 76)

Corning Glass Works, Corning, New York 14830

(BORRELLI,NF 72) (BORRELLI,NF 79) (BORRELLI,NF 80)

(WU,CK 79)

Corning Glass Works, Raleigh, N.C.

(MEGLA,GK 66)

Cyclotomics, Inc., Berkeley, Calif. 94704

(BERLEKAMP,ER 80)

Delegation Generale a la Recherche Scientifique et Technique

(DAVAL,J 75)

Delft University of Technology, Delft, The Netherlands

(DEKKER,P 74)

Department of Defense, Fort George G. Meade, Maryland

(GOLDBERG, MW 79)

Drexler Technology Corporation, Mountain View Calif. 94043

(DREXLER,J 81)

Eastman Kodak Company, Rochester, New York 14650

(AHRENKIEL,RI< 73) (AHRENKIEL,RK 74) (AHRENKIEL,RK 75)

(HOWE,DG 81) (MARCHANT,AB 82) (WROBEL,JJ 82)

24
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

E.I. duPont deNemours and Company, Inc., Wilmington, Del. 19898

(BOOTH, BL 72) {FLIPPEN,RB 73) (WARING, RK 71)

Electrotechnical Laboratory, Tokyo, Japan

(KOKUBU,A 72) (MITSUHASHI ,Y 76)

EMI Electronics, Ltd., Middlesex, UK

(FORSHAW,MR 74)

Energy Conversion Devices, Inc., Troy, Michigan

(NEALE,RG 73) (OVSHINSKY,SR 72) (STRAND, D 80)

(STRAND, D 81)

Equipe de Recherche, Paris, France

(FERRE,J 71)

Fighting Vehicles Research & Development Establishment, Chertsey, Surrey, UK

(TREVELYAN,B 69A) (TREVELYAN,B 69B)

Fuji Photo Film Co., Ltd., Japan

(NOGUCHI,M 82)

Fujitsu Laboratories, Kawasaki, Japan

(TANAKA,M 72)

General Electric Research Laboratory, Schenectady, New York

(BEAN, CP 55) (BERKOWITZ,AE 71) (BERKOWITZ,AE 75)

(NEUGEBAUER,CA 59) (ROBERTS, BW 54) (ROBERTS, BW 56)

(SEYBOLT,AU 56)

General Mills, Mechanical Division, Minneapolis, Minnesota

(MAYER, L 57) (MAYER, L 58A) (MAYER, L 58B)

(MAYER, L 58C) (MAYER, L 60A) (MAYER, L 60B)

General Telephone and Electronics Laboratories, Bayside, New York

(FOWLER, VJ 66)

Georgia Institute of Technology, Atlanta, Ga. 30332

(WEAVER, JE 81)

Harris Corporation, Melbourne, Florida 32901

(BARDOS,A 74) (DRAKE, MD 74) (NELSON, RH 74)

(PALM,CS 79) (RALSTON, LM 81) (REDDERSON,BR 80A)

(REDDERSON,BR 80B) (ROBERTS, HN 74) (SANDERS, LS 82)

(WATKINS,JW 81) ( WEAVER, SE 80)

Harris Electro-Optics Center, Ann Arbor, Michigan 48106

(COLBURN,WS 74) (VANDERLUGT,A 73)

25
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Harry Diamond Laboratories, Adelphi, Maryland 20783

(LEE,JN 79)

Hatfield Polytechnic National Reprographic Centre for Documentation,

Hertfordshire, England

(BARRETT, R 81) (BARRETT, R 82)

Hayden Publishing Company, Inc., Roche! le Park, New Jersey 07662

(MCLEOD, J 81A)

Hiroshima University, Hiroshima, Japan

(HONDAS, S 73)

Hitachi Ltd., Central Research Laboratory, Tokyo, Japan

(MATSUMURA,M 74) (NAKADA,0 74) ( TAKE DA, Y 74)

(TERA0,M 79) (TSUNODA, Y73) (TSUNODA,Y 74)

f (TSUNODA, Y 76)

Holotron Corporation, Wilmington, Delaware 19898

(COLBURN,WS 71)

Honeywell Corporate Research Center, Bloomington, Minnesota 55420

(AAGARD,RL 68) (AAGARD,RL 71) (AAGARD,RL 72)

(AAGARD,RL 73A) (AAGARD,RL 73B) (BERNAL,GE 70)

(BERNAL,GE 71A) (BERNAL,GE 71B) (CHEN,D 64)

(CHEN,D 65) (CHEN,D 66) (CHEN,D 67A)

(CHEN,D 67B) (CHEN,D 68A) (CHEN,D 68B)

(CHEN,D 70A) (CHEN,D 70B) {CHEN,D 71)

(CHEN,D 73) (CHEN,D 74) (CHEN,D 75)

(HASKAL,HM 77) (LEE,TC 79A) (LEE,TC 79B)

(LEE,TC 79C) (LEUNG, KM 79) (TUFTE,ON 73A)

(TUFTE,ON 73B) (ZOOK,JD 72) (ZOOK,JD 74)

Honeywell, Inc., Corporate Research Center, Hopkins, Minnesota 55343

(LEE,TC 68) (LEE,TC 71) (LEE,TC 72)

(LIU,TS 71) (SCHULDT,S 71)

Honeywell, Inc., Electronic Data Processing Division,

Waltham, Mass.

(HASKAL,HM 70) (HASKAL,HM 71A) (HASKAL,HM 71B)

Honeywell Information Systems, Italia, Pregnana Milanese, Italy

(MINNAJA,N 73)

Hughes Research Laboratories, Malibu, Calif.

(HENDERSON, DM 79) (JENNY, JA 70) (MAIMAN,TH 60)

IBM Advanced Systems Development Division Laboratory,

Los Gatos, Calif.

(BROWN, CJ 68)

26
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

IBM Deutschland, Sindelf ingen, Germany

(STOFFEL,AM 70)

IBM General Systems Division, Rochester, Minnesota 55901

(DICKSON, LD 70)

IBM Research Laboratory, San

(BROWN, BR 72)

(ESCHENFELDER,AH 70)

( FROST, WT 74)

(HOAGLAND,AS 79)

(LEE,K 71)

(MACDONALD,RE 69)

(PATLACH,AM 72)

(SAWATZKY,E 71C)

(STREET, GB 72)

(VOLKER,S 79)

(WIEDER,H 73A)

Jose, Calif. 95193

(BROWN, BR 74)

(FAN,G 70)

(GRIFFITH, RL 69)

(HUTH,BG 74)

(LEE,K 73A)

(MEE,CD 67)

(SAWATZKY,E 71A)

(SHELTON,CF 73)

(SUITS, JC 71)

(WIEDER,H 71A)

(WIEDER,H 73B)

(CHEN,M 81)

(FAN,GJ 71)

(HOAGLAND,AS 72)

(KUEHLER,JD 66)

(LEE,K 73B)

(PATEL,AM 80)

(SAWATZKY,E 71B)

(SHELTON,CF 74)

(SUITS, JC 72)

(WIEDER,H 71B)

(WIEDER,H 73C)

IBM Systems Development Division Laboratory, Poughkeepsie, New York

(ANDERSON, HR 71) (BECK,JW 70) (COMSTOCK,RL 70A)

(COMSTOCK,RL 70B) (LIPP,JA 71)

IBM Thomas J. Watson Research Center, Yorktown Heights, New York 10598

(AHN,KY 68) (AHN,KY 70A) (AHN,KY 70B)

(AHN,KY 71)

(BOWERS, DM 65)

(COHEN, MS 80)

(FAN,GY 67)

(HERD,SR 82A)

(LYNCH, RJ 79)

(MCGUIRE,TR 71)

(SMITH, AW 73)

(SUITS, JC 68)

(AHN,KY 82)

(CHANCE, DA 79)

(CROW,JD 79)

(FAN,GY 68)

(HERD,SR 82B)

(MARINACE,JC 70)

(MEHTA,RR 71)

(SOROKIN,PP 79)

(TU,KN 72)

(ALMASI,GS 71)

(CHAUDHARI,P 73)

(DEKKER,P 76)

(HARTSTEIN,A 80)

(JIPSON,VB 81)

(MATICK,RE 72)

(PENNINGTON, KS 71)

(SUITS, JC 66)

(VONGUTFELD,RJ 72)

IBM Zurich Research Laboratory, Switzerland

(MIDDELHOEK,S 70)

IEEE, New York, New York

(ELECCION,M 72) (MENNIE,D 79)

Imperial College, London

(HOPKINS, HH 53) (HOPKINS, HH 66) (HOPKINS, HH 67)

Institute of Applied Physics, University, Berne, Switzerland

(VOUMARD,C 77)

Institute di Fisica del Politecnico, Milano, Italy

(DANEU,V 66)

27
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Institutt for Atomenergi, Kjeller, Norway

(ANDRESEN,AF 67) (ANDRESEN,AF 72)

Instituut voor theoretische Fysica, Ri jksuniversiteit

te Utrect, Nederland

(NIJBOER,BR 57)

Isomet Corporation, Springfield, Virginia 22151

(BADEMIAN,L 81)

Itek Corporation, Lexington, Mass. 02173

(FEINLEIB,J 72) (HOU,SL 71) (IWASA,S 74)

(KATZKA,P 79) (KING,GW 65A) (KING,GW 65B)

(NISENSON,P 72)

Jet Propulsion Laboratory, California Institute of Technology,

Pasadena, Calif. 91103

(LEWICKI,GW 69) (LEWICKI,GW 70) (LEWICKI,GW 73)

Kaiser Optical Systems, Ann Arbor, Michigan 48106

( CHANG, B J 80)

* KDD Research and Development Laboratory, Tokyo, Japan

(MIMURA,Y 76)

Laboratoire Central de Recherches, Orsay, France

(BRICOT,C 76)

Laboratoire d'Electronique et de Technologic de Informatique,

Grenoble, France

(COEURE,P 71) (LABRUNIE,G 74)

Laboratorium fur Festkor per Physik ETH, Zurich, Switzerland

(GUNTHERODT,G 70)

Lockheed Palo Alto Research Laboratory, Palo Alto, Calif.

(CHOW,KK 68)

Lockheed Missiles & Space Company, Inc., Palo Alto, Calif. 94304

(TITLE, AM 79)

Marconi Avionics, Inc., Atlanta, Georgia 30338

(WEAVER, JE 81)

Marconi Company, Ltd., Great Baddow, Chelmsford, Essex

(LANGDON,RM 69)

Martech Strategies, Indialantic, Florida

(EWARD,RS 75)

28
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Martin Marietta Corp., Orlando, Florida

(THORNTON, JR 69)

Massachusetts Institute of Technology, Cambridge, Mass.

(KITTEL,C 46)

Massachusetts Institute of Technology, Lincoln Laboratory

Lexington, Mass.

(GOODENOUGH,JB 61) (SMITH, DO 67)

Max-Planck-Institute fur Festkorperforschung, Stuttgart, Germany

(CHEN,CT 79A)

MCA-Disco-Vision, Inc., Torrance, Calif. 90501

(BROADBENT,KD 74)

McGraw-Hill, Inc., New York, N.Y.

(SMITH, K 80)

Mitsubishi Electric Corporation, Amagasaki, Japan

(YAMADA,K 82)

3M Company, Central Research Laboratories, St. Paul, Minnesota 55133

(STREHLOW,WH 74)

Moscow Institute of Radio Engineering, Electronics, and Automatics

Moscow 105836

(EVTIHIEV,NN 76)

Mullard Research Laboratories, Redhill, Surrey, England

(LACKLISON,DE 73) (LACKLISON,DE 75) (SCOTT, GB 76)

NASA, George C. Marshall Space Flight Center

Marshall Space Flight Center, Alabama 35812

(KURTZ, RL 75)

NASA, Goddard Space Flight Center, Greenbelt, Maryland 20771

(HEFFNER,P 79)

National Bureau of Standards, Washington, D.C. 20234

(FELDMAN,A 79) (GELLER,SB 74) (MCCAMY,CS 65)

(WARNAR,RB 79)

National Cash Register Company, Hawthorne, Calif.

(CARLSON, CO 66)

National Library of Medicine, Bethesda, Maryland 20209

(GOLDSTEIN, CM 82)

NHK Broadcasting Science Laboratories, Tokyo, Japan

(SUZUKI, T 70) (TOGAMI,Y 78) (TOGAMI,Y 82)

29
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Nippon Electric Company, Ltd., Kawasaki, Japan

(OHTA,Y 78) (ONO,Y 72)

Nippon Telegraph and Telephone Public Corporation

Masashino, Tokyo, Japan

(SUKAMOTO,K 74) (TSUJIYAMA,B 72) (UCHIDA.N 70)

Nippon Telegraph and Telephone Public Corp., Ibarki Electrical

Communication Lab, Tokai, Ibaraki, Japan

(CHIDA,K 77) (EGASHIRA,E 74) (KATSUI,A 76)

(YOSHII,S 74)

N.V. Philips Gloei lampenfabrieken, Eindhoven, The Netherlands

(BOGELS,PW 76)

Omex, Research and Development Division, Santa Clara, Calif. 95051

(BURNS, LL 79) (BURNS, LL 80)

Optical Coating Laboratory, Inc., Santa Rosa, Calif. 95402

(ALLEN, TH 81) (ASH,GS 80) (RANCOURT,JD 81)

Optical Data Systems, Mountain View, California 94040

(SUTHERLIN,KK 74)

Optical Institute, Paris, France

(MARECHAL,A 47)

Optical Publishing Co., Inc., Pittsfield, Mass 01201

(MCLEOD, J 81B)

Perkin-Elmer Corporation, Norwalk, Conn. 06857

(ROSENKRANTZ,LJ 79)

Philips Forshungslaboratorium, Hamburg GmbH, Hamburg, Germany

(HILL,B 72) (HILL,B 73) (KRUMME,JP 73A)

(KRUMME,JP 73B) (KRUMME,JP 75) (MEYER, H 72)

(PEPPERL,R 77) (TOLKSDORF,W 75)

Philips Laboratories, Briarcliff Manor, New York

(ASBECK,PM 79) (BLOM,GM 79) (DALISA,AL 70)

(KENNEY,G 76) (KENNEY,G 77A) (KENNEY,G 778)

(KENNEY,G 77C) (KENNEY,G 79) (LOU,DY 81)

(LOU,DY 82) (ZERNIKE,F 78)

Philips Research Laboratories, Eindhoven, The Netherlands

(BOUWHUIS,G 78) (BRAAT,JJ 78A) (BRAAT,JJ 78B)

(BROUHA,M 75) (BULTHUIS,K 79) (DEHAAN,MR 77)

(DITTMER,G 77) (HEEMSKERK, JP 78) (HEEMSKERK, JP 79)

(JACOBS, BA 78) (KIVITS,P 81) (OLIJHOEK,JF 80)

(ROBERTSON, JM 75) (SCH00T,CJ 73) (VELZEL,CH 78)

30
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR I

Philips Zentral laboratorium, Hamburg, West Germany

(SCHMIDT, U 69)

P.N. Lebedev Physical Institute, Academy of Sciences of the USSR,

Moscow, USSR

(BASOV,NG 72)

Polish Academy of Sciences, Institute of Physics, Poznan

(RATAJCZAK,H 70)

Pomona College, Claremont, California

(FOWLER, CA 52) (FOWLER, CA 55) (FOWLER, CA 56A)

( FOWLER, CA 56B)

PRC Image Data Systems, McLean, Virginia

(WALTER, GO 82)

Precision Instrument Company, Santa Clara, California

(BECKER, CH 66) (GRAY, EE 72) (KACZOROWSKI ,EM 77)

(MCFARLAND,K 68)

Queen's University, Belfast, Northern Ireland

(FINDLAY,D 70)

Radiation Incorporated, Ann Arbor, Michigan 48106

(FRIESEM,AA 70) (LEE,WH 72)

Radiation Incorporated, Melbourne, Florida 32901

(ROBERTS, HN 72)

RCA Advanced Technology Laboratories, Camden, New Jersey 08102

(AMMON,GJ 78) (AMMON,GJ 79) (AMMON,GJ 80)

(AMMON,GJ 81A) (AMMON,GJ 81B) (CORSOVER,SL 81)

(HERZOG,DG 79) (KENVILLE,RF 78) (KENVILLE,RF 81)

(PIERSON,PB 79)

RCA Laboratories, Princeton,

(AMODEI,DL 71)

(BARTOLINI,RA 76)

(BARTOLINI,RA 81A)

(BELL,AE 79A)

(BORDOGNA,J 72)

(BURKE, WJ 78)

(COSENTINO,LS 73)

(FAUGHNAN,BW 69)

(GOROG,I 78A)

(HEILMEIER,GH 68)

(KRESSEL,H 74B)

(MEZRICH,RS 69)

(NELSON, TJ 68)

(RAJCHMAN,JA 72)

( STEWART, WC 70)

(WITTKE,JP 76)

New Jersey 08540

(AMODEI,DL 72)

(BARTOLINI,RA 78)

(BARTOLINI,RA 81B)

(BELL,AE 798)

(BOSOMWORTH,DR 68)

(CLEMENS, JK 82)

(CREDELLE,TL 72)

(FIRESTER,AH 78A)

(GOROG,I 78B)

(KEIZER,EO 78)

(LOHMAN,RD 71)

(MEZRICH,RS 70A)

(RAJCHMAN,JA 70A)

(ROSS,DL 78)

( STEWART, WC 72)

31

(BARTOLINI,RA 74)

(BARTOLINI,RA 79)

(BELL,AE 78)

(BELL,AE 82)

(BOTEZ,D 78)

(CLOVER, RB 71)

(DUNCAN, RC 70)

(FIRESTER,AH 78B)

(HANNAN,WJ 73)

(KRESSEL.H 74A)

(MCCOY, DS 78)

(MEZRICH,RS 70B)

(RAJCHMAN,JA 70B)

(SHAHBENDER,R 74)

( STEWART, WC 73)
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Rice University, Houston, Texas 77001

(CHEN,CT 79A) (CHEN,CT 79B) (KIM, DM 77)

Riverside Research Institute, New York, New York 10023

(SKURNICK,E 79)

Rockwell International Science Center, Thousand Oaks, Calif. 91360

(GUNNING, WJ 79) (PASKO,JG 79) (YEH,P 79)

Rome Air Development Center, Griffis Air Force Base, New York 13441

(jAMBERDINO,AA 81A) ( JAMBERDINO,AA 81B) ( JAMBERDINO,AA 81C)

Royal Radar Establishment, Malvern, Worcs., UK

(KIRTON,J 74)

Rutgers University, New Brunswick, New Jersey 08903

(VOOS,H 80)

Sandia Laboratories, Albuquerque, New Mexico 87115

(LAND,CE 69) (LAND,CE 78)

Services Electronics Research Laboratories, Ministry of Defense,

Baldock, Herts., England

(BEESLEY,MJ 70)

Siemens AG, Forschungslaboratorien, Munchen, Germany

(FELDTKELLER,E 72) (HAUDEK,H 71) (UNGER,WK 70)

(UNGER,WK 71A) (UNGER,WK 71B) (UNGER,WK 71C)

(UNGER,WK 71D) (UNGER,WK 72A) (UNGER,WK 72B)

Siemens AG, Research Laboratories, Munich, Germany

(GRAF,P 72) (KIEMLE,H 72) (KIEMLE,H 74)

(RULL,H 75) (RULL,H 76)

Singer Company, Librascope Division, Glendale, Calif. 91201

(CONGLETON,DB 77)

Sony Corporation, Tokyo, Japan

(NARUSE,Y 78)

Sperry Rand Research Center, Sudbury, Mass. 01776

(CHI,CS 82) (THAXTER,JB 69) (THAXTER,JB 74)

Sperry Univac, St. Paul, Minnesota 55165

(JOHNSON, LH 78) (LO,DS 74) (TOROK,EJ 78)

Spectra-Physics, Inc., Mountain View, Calif.

( BLOOM, AL 66)

Spin Physics, Inc.

(NEARY,DR 82)

32
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Standard Telecommunication Laboratories, Harlow, Essex, England

(GARMIRE,E 75)

Strategic Business Services, Inc., San Jose, Calif. 95129

(STREET, J 80)

Sylvania Electronic Systems, Mountain View, Calif. 94042

(KERR,JR 66)

System Development Corporation, Santa Monica, Calif

(WEITZMAN,C 70)

Technical Operations, Inc., Burlington, Mass. 01803

(DEVELIS,JB 74)

Technical Publishing Company, Barrington, 111. 60010

(CASHMAN,MW 73) (ROLPH,S 80)

Technion, Faculty of Electrical Engineering, Haifa, Israel

( STARK, H 71)

Technion-Israel Institute of Technology, Haifa, Israel

(JANAI,M 82)

Technology Publishing Co., Boston, Mass. 02110

(HECHT,J 82)

Texas Instruments, Inc. Dallas, Texas 75265

(CHEN,CT 80)

Thompson-CSF Laboratoire Central de Recherches, Orsay, France

(DAURIA,L 73) (DAURIA,L 74) (LANGLET,R 72)

(LANGLET,R 73) (MICHERON,F 72) (MICHERON,F 74A)

(MICHERON,F 74B) (SPITZ, E 72)

Tropel, Inc., Fairport, New York 14450

(HOPKINS, RE 76)

Tohuku University, Sendai, Japan

(ADACHI.K 61) (OUCHI,K 72) (SHIBATA,K 72)

UNIVAC, Philadelphia, Pa.

(DOYLE, WD 70) (GOLDBERG, N 67)

Universite' Libre de Bruxelles, Brussels, Belgium

(BROUT,R 65)

University of California, Berkeley, Calif. 94720

(NAKAMURA,JK 68) (SMITH, PW 70) (WANGS, S 71)

University of Chicago, Chicago, 111.

(PLATT,JR 61)

33
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

University of Colorado, Denver, Colorado 80202

(CATHEY,WT 74)

University of Iowa, Iowa City, Iowa 52242

(KORPEL,A 78)

University of Michigan, Ann Arbor, Michigan

(FRIESEM,AA 70) (LEITH,EN 62) (LEITH,EN 67)

University of Minnesota, Minneapolis, Minnesota

(FUJIWARA,T 72) (JUDY,JH 71)

University of Osaka, Dept. of Precision Engineering

Yamadaoka, Japan

(YAMADA,K 82)

University of Osaka, Faculty of Engineering Science,

Toyanaka, Osaka, Japan

(MATSUSHITA, S 75) (SUNAGO,K 76)

University of Southern California, Los Angeles, Calif, 90007

(OWECHKO,Y 72)

U.S. Air Force Arnold Engineering Development Center,

Arnold Air Force Station, Tennessee

(MENZEL,RW 81)

U.S. Air Force Avionics Laboratory,

Wright-Patterson Air Force Base, Ohio

(CUMMINS, SE 67)

U.S. Geological Survey, Sioux Falls, South Dakota 57198

(ULMER,DE 79)

U.S. Naval Ordnance Laboratory, Silver Spring, White Oak, Maryland

(ADAMS, E 56)

U.S. Naval Research Laboratory, Washington, D.C. 20390

(BARBE,DF 75) (SCHNEIDER, I 70)

Vought Corporation, Advanced Technology Center, Dallas, Texas 75266

(EDEN,DD 81)

Westinghouse R&D Center, Pittsburgh, Pa, 15235

(BRANDT, GB 68) (CONROY,JJ 79) (HEIKES.RR 55)

(JOHANNES, R 70)

Wilkes College, Wi Ikes-Barre, Pa. 18703

(WASHKO,S 76)

Wright Air Development Center, Wright-Patterson Air Force Base, Ohio

(MAYER, L 55)

34
3.2 CORPORATE AUTHOR INDEX 3.2 CORPORATE AUTHOR INDEX

Xerox Corporation, Rochester, New York 14603

(CHENG, CC 79) (FILES, V 71) (KRAMER, CJ 79)

(SHERIDON,NK 72) (SMITH, TW 81) (URBACH,JC 66)

Xerox Electro-Optical Systems, Pasadena, Calif. 91107

(GEURIN,JM 79) (JOHNSON, RV 79)

Xerox Corp., Palo Alto Research Center, Palo Alto, Calif. 94304

(CHENG, D 81) (CHENG, T 74) (KNIGHT, GR 75)

(MANSURIPUR,M 82) (WHITE, RM 80)

Xerox Research Center of Canada, Mississauga, Ontario, Canada

(LAW,KY 80)

Yale University, New Haven, Conn.

(LAMB, WE 64)

Zenith Radio Corporation, Chicago, 111. 60639

(HRBEK,G 74) (LAUB,LJ 76) (PALERMO,? 77)

(WHITMAN, RL 69)

35
3.3 TITLE INDEX 3.3 TITLE INDEX

3.3 TITLE INDEX

Ablative Optical Recording Using Organic

Dye-in-Polymer Films.

(LAW,KY 80)

The Acoustic Properties of Proustite. (TREVELYAN.B 69B)

Acousto-Optic and Electro-Optic Modulator Applications. (PIZZO,RJ 80)

Acousto-Optic Deflector Performance at 10.6 um.

Acousto-Optic Laser Recording.

Acousto-Optical Pattern Display Using

Pulse-Modulated Ultrasound.

Acousto-Optic Light Deflectors Using Optical Activity

in Paratel lurite.

Acoustooptic Interactions and Devices.

Acoustooptical Pulse Modulators.

Acousto-Photoref lective Storage at 1060 nm.

Advanced Optical Storage Techniques for Computers.

Advances in Computer Mass Storage Technology.

Advances in Optical Storage--An Alternate Technology?

Ambiguity Processing by Joint Fourier Transform

Holography.

Amorphous Metallic Films for Magneto-Optic

Applications.

Amorphous, GdCo Disk for Thermomagnetic Recording.

Annealing Study of EuO Films Doped with Iron and

Europium.

Antiref lection Structures for Optical Recording.

The Application of Amorphous Materials to Computer

Memories.

Application of Holographic Optical Techniques

to Bulk Memory.

(SKURNICK,E 79)

(BADEMIAN,L 81)

(UCHIDA,N 70)

(WARNER, AW 72)

(DIXON, RW 70)

(MAYDAN,D 70A)

(LEE,JN 79)

(AAGARD,RL 72)

(CHI,CS 82)

(SHELTON,CF 74)

(LEE,TC 79B)

(CHAUDHARI,P 73)

(TOGAMI,Y 82)

(SUITS, JC 71)

(BELL,AE 78)

(NEALE,RG 73)

(ANDERSON, LK 71)

36
3.3 TITLE INDEX 3.3 TITLE INDEX

Applications of Lasers to Computers. (BASOV,NG 72

Archival Data Storage. (GELLER,SB 74

Archival Ootical Disc Data Storaae. (AMMON GJ 81

Archival Optical Disk Data Storage. (AMMON,GJ 80

Automated Thermoplastic Holographic Camera Development. (LEE,TC 79A

Bistable Optical Systems Based on a Pockels Cell. (FELDMAN,A 79

Bit Oriented Optical Storage with Thin Tellurium Films. (LOU,DY 81

Calculations of Stable Domain Radii Produced by

Thermomagnetic Writing.

(HUTH,BG 74

Characteristics of a Propagating Gaussian Beam. (DICKSON, LD 70

Characteristics of GaAs Laser Arrays Designed for

Beam Adressable Memories.

(WIEDER,H 71A

Characteristics of Relief Phase Holograms (BARTOLINI,RA 74

Recorded in Photoresists.

Characteristics of Scanning Laser and Electron

Beams in Bulk Data Storage.

(BOUSKY,S 71

Characterization of Optical Disks. (LOU,DY 82

Classification of Holograms. (CATHEY,WT 74

Coatings for Video Disks. (ROSS,DL 78

Co-Ferrite-New Magnetooptic Recording Material. (EVTIHIEV,NN 76

A Comparison of Plastic Versus Metal Coatings (CONGLETON,DB 77

for Real Time Laser Recording.

Computer Modelling Study of Ablative Optical Recording. (COHEN, MS 80

Computer Sciences and Technology: Computer Peripheral

Memory System Forecast.

(WARNAR,RB 79

Considerations on Holographic Memories in the

Gigabyte Region.

(KIEMLE,H 74

Consumer Electronics: Personal and Plentiful. (MENNIE,D 79

37
3.3 TITLE INDEX 3.3 TITLE INDEX

Continuous Operation over 2500 h of Double

Heterostructure Laser Diodes with Output

Powers More than 80 mW.

Contribution to the Bi-Mn System.

Contributions of IBM to Laser Science--1960 to the

Present.

Coupled Wave Theory for Thick Hologram Gratings.

Cr02-Based Thermomagnetic Information Storage and

Retrieval Systems.

Curie-Point Switching in MnBi Films.

Curie-Point Writing of Magnetic Holograms on MnBi.

Curie-Point Writing on Magnetic Film.

CW Semiconductor Injection Lasers in Information

Handling Systems.

Data Recovery in a Photo-Digital Storage System.

Demodulation and Photodetection Techniques.

(NAKADA,0 74)

(SEYBOLT,AU 56)

(SOROKIN,PP 79)

(KOGELNIK,H 69)

(WARING, RK 71)

(LEWICKI,GW 69)

(MEZRICH,RS 69)

( MAYER, L 58B)

(WITTKE,JP 76)

(GRIFFITH, RL 69)

(MELCHIOR,H 72)

Description of a Dry Film Tactical Laser Beam Recorder. {HERZOG,DG 79)

Design and Performance of a 20-stage Digital Light

Beam Deflector.

(MEYER, H 72)

Design and Production of Tellurium Optical Data Disks. {RANCOURT,JD 81)

Design Considerations for a Flexible High-Resolution

Film Recording System.

Design Considerations for a Magneto-Optic Cryogenic

Film Memory.

Design Considerations for a Photooptical Storage

Device.

Design Considerations for a Semipermanent Optical

Memory.

Design of a Large Read-Only Holographic Memory.

Design Relationships for Holographic Memories.

{PIERSON,PB 79)

(PATLACH,AM 72)

{KING,GW 65B)

(SMITS,FM 67)

(LANGDON,RM 69)

(VANDERLUGT,A 73)

38
3.3 TITLE INDEX 3.3 TITLE INDEX

Development of an Optical Disc Recorder; Quarterly (KENNEY,G 76)

Technical Report. July 1, 1976 to September 30, 1976.

Development of an Optical Disc Recorder; Quarterly (KENNEY,G 77A)

Technical Report. October 1, 1976 to December 31, 1976.

Development of an Optical Disc Recorder; Quarterly (KENNEY,G 77B)

Technical Report. January 1, 1977 to March 31, 1977.

Development of an Optical Disc Recorder; Quarterly (KENNEY,G 77C)

Technical Report. April 1, 1977 to June 30, 1977.

Developments in Optical Disk Technology and the

Implications for Information Storage and

Retrieval

Dichroic Absorption of M Centers as a Basis for

Optical Information Storage.

Dichromated Gelatin Holograms and Their Applications.

Diffraction Efficiency of Magnetic Hologram.

Digital Optical Data Storage and Retrieval.

Digital Spatial Modulators.

Direct Comparison of Thermal and Magnetic Profiles

in "Curie-Point" Writing on MnGaGe Films.

Direct Observation of Domain-Wall Movements in MnBi

Films.

Discharge Current Noise in He-Ne Laser and Its

Suppression.

The Disk Revolution.

Disk-Storage Technology.

Document Storage: A Billion-Dollar Prize.

Drexon(T.M.) Optical Memory Media for Laser Recording

and Archival Data Storage.

Dye-Sensitized High-Efficiency Thick Dielectric

Diffraction Gratings.

Dynamic Observation of Thermomagnetic Writing on MnBi Films.

(BARRETT, R 82)

(SCHNEIDER, I 70)

(CHANG, BJ 80)

(TANAKA,M 72)

(REDDERSEN,BR 80A)

(TAKEDA,Y 74)

(WIEDER,H 73C)

(CHEN,D 67A)

(SUZUKI, T 70)

(ROLPH,S 80)

(WHITE, RM 80)

(SMITH, K 80)

(DREXLER,J 81)

(FILES, V 71)

(ONO,Y 72)

39
3.3 TITLE INDEX 3.3 TITLE INDEX

Dynamic Response of Faraday Rotation.

Dynamic Scattering: A New Electrooptic Effect in

Certain Classes of Nematic Liquid Crystals.

Dynamics of Thermomagnetic Writing on MnBi Thin

Films.

(ZAKY.SG 72)

(HEILMEIER,GH 68)

(BERNAL,GE 71B)

Effect of Film-Grain Noise on the Performance of

Holographic Memory.

Effect of Internal Demagnetizing Fields on the

Thermomagnetic Writing Process in MnAlGe Films,

The Effect of Overcoats on the Ablative Writing

Characteristics of Tellurium Films.

The Effect of the Demagnetizing Field on Curie-Point Writing in Magneto-optic

Thin Fi 1ms of MnBi

Effects of Charge Dynamics and Device Parameters

on the Resolution of Electrooptic Spatial

Light Modulators.

Efficient Hologram Recording in LiNb03:Fe Using

Optical Pulses.

Efficient Pulsed Photorefractive Process in LiNb03:Fe

for Optical Storage and Deflection.

Efficient Pulsed Photorefractive Process in LiNb03:Fe

for Optical Storage and Deflection.

Efficient Use of Laser Power in Heat-Mode Recording.

Electrical Control in Photoferroelectric Materials

for Optical Storage.

Electrical Control of Fixation and Erasure of

Holographic Patterns in Ferroelectric

Materials.

Electrical Control of Holographic Storage in

Strontium-Barium Niobate.

Electrochromism, A Possible Change of Color

Producible in Dyes by an Electric Field.

Electronic Structure and Optical Index Damage of

Iron-Doped Lithium Niobate.

(LEE,WH 72)

(WIEDER,H 73B)

(CHEN,M 81)

(BERNAL,GE 70)

(OWECHKO,Y 79)

(CHEN,CT 79)

(CHEN,C 79)

{CHEN,CT 80)

(NOGUCHI,M 82)

(MICHERON.F 74A)

(MICHERON,F 72)

(THAXTER,JB 69)

(PLATT,JR 61)

(CLARK, MG 73)

40
3.3 TITLE INDEX 3.3 TITLE INDEX

Electron Mirror Microscopy of Magnetic Domains.

Electron Mirror Microscopy of Patterns Recorded on Magnetic Tape.

Electrooptical Processing of Phase-Array Antenna

Data.

The Electro-Optic Effect in Proustite.

Electrooptic Light Modulators.

Electro-Optic Tunable Filter Structures.

Epitaxial Growth of EuS Films and Magnetooptical

Properties.

Epitaxial ly Grown Bi-Substituted Iron Garnet Films

for Magneto-Optic Devices.

Erasable Optical Disk Materials Evaluation.

Error Management Techniques for Optical Disk Systems.

Error Recovery Scheme for the IBM 3850 Mass

Storage System.

Evaluation Experiments on Holographic Storage of

Binary Data in Electro-Optic Crystals.

The Evolution of the RCA "SelectaVision VideoDisc

System--A Historical Perspective."

Experimental Evaluation of an MnBi Optical Memory

System.

Experimental Holographic Read-Write Memory Using

3-D Storage.

An Experimental Optical Videodisc Playback System.

An Experimental Read-Write Holographic Memory.

Experimental Studies of Magnetooptical Kerr

Readout SNR.

Experiments on Curie-Temperature Writing in

Mno.8Tio.2^^ Films.

Extra-paraxial Theory of Spatial Coherence.

(MAYER, L 57

(MAYER, L 58A

(CASASENT,D 72

(TREVELYAN,B 69A

(KAMINOW,IP 66

(YEH,P 79

(TU,KN 72

(ROBERTSON, JM 75

(RALSTON, LM 81

(CORSOVER,SL 81

(PATELA,AM 80

(WEAVER, JE 81

(KEIZER,EO 78

(AAGARD,RL 71

(DAURIA,L 74

(HRBEK,GW 74

(STEWART, WC 73

(FUJIWARA,T 72

(UNGER,WK 72B

(HOPKINS, HH 67

41
3.3 TITLE INDEX 3.3 TITLE INDEX

The Family of Lasers: A Survey. (ELECCION,M 72)

Fast Modulator for Extraction of Internal Laser Power. (MAYDAN,D 70B)

Feasibility Study of a Large Capacity Magnetic-Film

Optical Memocy.

(DEBOUARD,D 68)

Ferrimagnetic Garnet Films for Magnetooptic Information (KRUMME,JP 75)

Storage.

Ferroelectric Ceramic Electrooptic Materials and

Devices.

Ferroelectric/Photoconductor Memory Device.

Fifteen years of Laser Recording--Where We've Been

and Where We're Going.

Flexible High-Resolution Film Recorder Systems.

Flux Reversal in Single-Crystal MnBi Films.

The FM Laser and Optical Communication Systems.

Focus Error Detection in Optical Data Storage Systems,

(LAND,CE 69)

(MEHTA,RR 71)

(KENVILLE.RF 81)

(HEFFNER,P 79)

(CHEN,D 66)

(KERR,JR 66)

(JOHNSON, RV 79)

(GaAl)As Laser Requirements for Local Attached

Data Link Applications.

GaAs/(GaAl )As Laser Technology.

Gallium Arsenide and (AlGa)As Devices Prepared

by Liquid-Phase Epitaxy.

A Gallium-Arsenide Laser Facsimile Printer.

Garnets with High Magnetooptic Figures of Merit

in the Visible Region.

Gas Lasers.

Geometrical Aspects of Consistent Holographic

Memory Design.

Geometrical Interpretation of Gaussian Beam Optics.

Glass Lasers.

Growth and Properties of Garnet Films for

Storage Application.

(CROW,JD 79)

(LYNCH, RT 79)

(KRESSEL,H 74A)

(MILLER, RC 79)

(LACKLISON,DE 73)

(BLOOM, AL 66)

(GRAF,P 72)

(ZOOK,JD 72)

(YOUNG, C6 69)

(TOLKSDORF,W 75)

42
3.3 TITLE INDEX 3.3 TITLE I

Growth of MnBi Films on Mica.

Guidelines for the Selection of Acoustooptic Materials,

A Guide to the Laser.

Hall and Faraday effects in Oriented MnBi Films.

Heating of a Two-Layer Plate in Laser-Beam Welding.

Helium-Neon Laser: Thermal High-Resolution

Recording.

HeNe Parallel Plate Laser Development.

Heterogeneous Reactions and Chemical Transport of

Tungsten with Oxygen, Flourine, and Flourides

of Several Metalloids.

Heterojunction Laser Diodes for Room Temperature

Operation.

(UNGER,WK 71A

(PINNOW,DA 70

(FISHLOCK,D 69

(CHEN,D 65

(RYKALIN,NN 67

(CARLSON, CD 66

(CHANCE, DA 79

(DITTMER,G 77

(KRESSEL,H 748

High-Capacity High-Speed Recording.

A High Capacity Holographic Storage System.

A High-Capacity, Semipermanent Optical Memory.

High-Density Beam-Addressable Recording Using

Thermomagnetic Transfer.

(JAMBERDINO,AA 81B

(LIPP,J 71

(ANDERSON, LK 67

(FROST, WT 74

High Density Direct Read after Write (DRAW) Recording.

High-Density Image-Storage Holograms by a Random

Phase Sampling Method.

High-Density Image-Storage Holograms by a Random

Phase Shifter Method.

A High-Density Magneto-Optic Memory.

High-Density Optical Recording with (Ga,Al) As DH

Lasers.

High-Performance Te Tri layer for Optical Recording.

Recording.

High-Resolution Studies of Magnetic Domains in MnBi

Fi 1ms.

(PEPPERL,R 77

(TSUNODA,Y 74

(TSUNODA,Y 73

(GOLDBERG, N 67

(ASBET:K,PM 79

(BELL,AE 79A

(UNGER,WK 71B

43
3.3 TITLE INDEX 3.3 TITLE INDEX

High-Sensitivity Silicide Films for Optical

Recording.

(AHN,KY 82)

High-Speed Archival Optical Mass-Memory Design. (REDDERSEN.BR SOB)

High Speed Holographic Digital Recorder. (ROBERTS, HN 74)

High Speed Laser Recording on the ITEK PROM. (IWASA,S 74)

High-Speed Photodetectors. (ANDERSON, LK 66)

High Speed Recording on MnBi Thin Films Deposited

on Discs.

(LANGLET,R 73)

High Throughput Landsat Imagery Film Recorder. (ULMER,DE 79)

Hologram Formation in Hardened Dichromated Gelatin Films. (LIN,LH 69)

Holograms for Information Storage. (COLLIER, RJ 68)

Holographic Data Storage and Retrieval. (NELSON, RH 74)

Holographic Data Store. (STREHLOW,WH 74)

Holographic Information Retrieval System. (TSUKAMOTO,H 74)

Holographic Information Storage. (KIEMLE,H 72)

Holographic Information Storage in Potassium Bromide. (HUHN,D 70)

Holographic Mass Memory's Promise: Megabits

Accessible in Microseconds.

(LOHMAN,RD 71)

Holographic Memories. (KNIGHT, GR 75)

Holographic Memory Devices. (MIKAELIANE,AL 70)

Holographic Optical Element (HOE) for Demultiplexing

in Fiber Optic Systems.

(HORNER, JL 80)

Holographic Optical Memory--An Optical Read-Write

Mass Memory.

(RAJCHMAN,JA 70B)

Holographic Optical Memory for Bulk Data Storage. (ANDERSON, LK 68)

Holographic Parameters and Recording Materials. (PENNINGTON, KS 71)

Holographic Read-Write Memory and Capacity Enhancement (DAURIA,L 73)

by 3-D Storage.

Holographic Recording Materials--A Review. ( KURTZ, RL 75)

I.
3.3 TITLE INDEX 3.3 TITLE INDEX

Holographic Recording with Photopolymers.

Holographic Storage in Doped Barium Sodium Niobate

(Ba2NaNb50i5).

Holographic Storage in Lithium Niobate.

Holographic Techniques for Recording of Electrical

Signals on Moving Storage Media.

Holographic Video Disk: An Alternative Approach to

Optical Video Disks.

Holography.

Holoscan: A Commercial Holographic ROM.

Hot pressed CoCr2S4: A Magneto-Optical Memory

Material

Hysteresis Loops of Mixtures of Ferromagnetic

Micropowders.

(JENNEY,JA 70)

(AMODEI,JJ 71)

(CHEN,FS 68)

(RULL,H 75)

(TSUNODA,Y 76)

(GABOR.D 71)

(SUTHERLIN,KK 74)

(AHRENKIEL,RK 73)

(BEAN, CP 55)

IBM 3850-Mass Storage System.

Identification and Measurement of Phases in MnBi

Thin Films Using an X-Ray Diffractometric

Technique.

Image Resolution of a Holographic System; Final

Report. October 1,1979 to July 30, 1980.

Imaging Devices Using the Charge-Coupled Concept.

Imaging in Amorphous Films by Structural Alteration.

Implications of Holography for Information Systems.

Improved Electrooptic Materials and Fixing

Techniques for Holographic Recording.

Improved Thermoplastic-Photoconductor Devices for

Holographic Recording.

Improvement of the Acoustooptic Modulator for

Wideband Laser Recording Systems.

Increase of Curie Temperature in EuO Films by Fe

Doping.

(JOHNSON, C 75)

(LIU,TS 71)

(MENZEL,RW 81)

(BARBE,DF 75)

(OVSHINSKY,SR 72)

(VOOS,H 80)

(AM0DEI,JJ 72)

(COLBURN,WS 74)

(OHTA,Y 78)

(AHN,KY 70B)

45
3.3 TITLE INDEX 3.3 TITLE INDEX

Infrared Dyes for Optical Storage.

Inorganic Photochromic and Cathodochromic

Recording Materials.

InSitu Holographic Testing of Lenses with an Automatic Holocamera.

Intermodulation and Moire Effects in Optical Video

Recording.

Investigations of Holes Machined by Laser Beam on

Al and Cr Thin Films.

Ion-Beam Etching of Groove Patterns into Garnet Films.

Kerr-Effect Enhancement and Improvement of Readout

Characteristics in MnBi Film Memory.

Kerr Effects in Thin EuO Films on Mirror Substrates.

Large Archival Mass Memory System Using Optical

Diskettes.

Large Magnetic Kerr Rotation in BiMn Alloy.

Laser Beam Reading of Video Records.

Laser Beam Recording of Video Master Disks.

Laser-Beam Recording on a Magnetic Film.

Laser Beams and Resonators.

Laser Beam Writing, Erasing, and Reading on Manganese Bismuth Films.

Laser-Induced Local Heating of Multilayers.

Laser Marking of Thin Organic Films.

Laser Mass Memory System.

Laser Memories for Image Storage.

Laser Noise in Writing Applications.

Laser Recording and Data Handling.

(JIPSON,VB 81)

(DUNCAN, RC 70)

(LEUNG, KM 79)

(DEHAAN,MR 77)

(YAMADA,K 82)

(KRUMME,JP 73A)

(EGASHIRA,K 74)

(AHN,KY 68)

(WATKINS,JW 81)

(ROBERTS, BW 54)

(VELZEL,CH 78)

(JACOBS, BA 78)

(TREVES, D 69)

(KOGELNIK,H 66)

(CHEN,D 68A)

(MANSURIPUR,M 82)

(WROBEL,JJ 82)

(GRAY, EE 72)

(BURNS, LL 80)

(BERG, AD 76)

(JAMBERDINO,AA 81A)

46
3.3 TITLE INDEX

Laser Recording on MnBi Films.

Laser Recording Unit for High Density Permanent

Digital Data Storage.

Laser Scanning Reader for Automated Data Entry

Operation.

Lasers Store a Wealth of Data.

Laser Writing and Erasing on Chalcogenide Films.

Laser Writing on Silicon-Metal Bi layers for

Optical Storage.

Lattice Constants and Phase Transitions in

Oriented MnBi Films.

Light Beam Deflection with Electrooptic Prisms.

Light Beam Deflector Performance: A Comparative

Analysis.

Light-Emitting Diode (LED) Arrays for Optical

Recorders.

Linear Electrooptical Materials.

Liquid Crystal Infrared Modulation.

Low Birefringent Orthoferrites for Optical Devices.

A Low Cost Prerecorded Television System Using

Holographic Storage.

Low-Temperature Beam-Addressable Memory.

Low-Temperature Optical Beam-Addressable Memory.

Low-Temperature Storage Using GaAs Lasers and EuO

as Storage Medium.

The Magnetic and Crystal lographic Properties

of MnBi Studied by Neutron Diffraction.

Magnetic and Crystal lographic Properties of SmCo

Base Ternary Alloys.

Magnetic and Magneto-Optical Properties of Fe-Doped

EuO Films.

3.3 TITLE INDEX

(LEWICKI,GW 73)

(MCFARLAND,K 68)

(CHENG, CC 79)

(HECHT,J 82)

(VONGUTFELD,RJ 72)

(HERD,SR 82B)

(HAUDEK.H 71)

(LEE,TC 68)

(ZOOK,JD 74)

(ROSENKRANTZ,LJ 79)

(KAMINOW,IP 71)

(PASKO,JG 79)

(CLOVER, RB 71)

(HANNAN,WJ 73)

(FAN,GY 68)

(FAN,GY 67)

(FAN,G 70)

(ANDRESEN,AF 67)

(WASHKO,S 76)

(MCGUIRE,TR 71)

47
3.3 TITLE INDEX 3.3 TITLE INDEX

Magnetic and Magnetooptical Properties of Sputtered

Fe5Si3 Films.

Magnetic and Magneto-optic Properties of

Ferromagnetic MnCuBi Thin Films.

Magnetic and Optical Properties of Thin Films

in the System 1-x Fe304.xFe8/304.

Magnetic Anisotropy Energy in Nickel Arsenide Type

Crystals.

Magnetic Circular Dichroism of EuO Films.

Magnetic Domains in Evaporated Thin Films of

Nickel-Iron.

Magnetic Domains in Thin Films by the Faraday Effect.

Magnetic Domains in Thin Films of Nickel-Iron.

Magnetic Domains on Silicon Iron by the Longitudinal

Kerr Effect.

Magnetic Field Effect in Thermomagnetic Recording.

Magnetic Films and Optics in Computer Memories.

Magnetic Holography.

Magnetic Materials for Optical Recording,

Magnetic Properties and Curie Point Writing in

Amorphous Metallic Films.

Magnetic Properties of a New Ferromagnetic

Compound MnGaGe.

Magnetic Properties of MnsGes Thin Films.

Magnetic Properties of Tb-Substituted GdIG Films

Chemically Deposited on YAG Substrates.

Magnetic Properties of Thin Films in the Mn-Ga-Ge

System.

Magnetic Thin Films for Optical Storage.

Magnetic Transformation in MnBi.

Magnetic Writing on Thin Films of MnBi.

(SAWATZKY,E 71B)

(KATSUI.A 76)

(BORRELLI,NF 72)

(ADACHI,K 61)

(FERRE,J 71)

(FOWLER, CA 56B)

( FOWLER, CA 56A)

(FOWLER, CA 55)

( FOWLER, CA 52)

(MINNAJA,N 73)

(SMITH, DO 67)

(MEZRICH,RS 70B)

(CHEN,D 74)

(MIMURA,Y 76)

(SHIBATA,K 72)

(RATAJCZAK,H 70)

(COMSTOCK,RL 71B)

(LEE,K 73A)

(LEE,K 73B)

(HEIKES,RR 55)

(WILLIAMS, HJ 57B)

48
3.3 TITLE INDEX 3.3 TITLE INDEX

Magnetic Writing with an Electron Beam. (MAYER, L 58C)

Magnetooptical Beam Addressable Storage Using MnGaGe

and GdCo.

(SHELTON,CF 73)

Magnetooptical Memory Experiments on a Rotating

Mn-Pij-Bi Di^k Mpdium.

(CHIDA,K 77)

Maanetooot ical Prooerties of Cobalt Substituted

RbNiFs.

(SUITS. JC 68)

Magnetooptical Properties of Ferrimagnetic

CnCro'^A in thp Npar Tnfrarpd

(AHRENKIEL,RK 74)

Magneto-Optical Properties of Materials Containing

Divalent Europium.

. (SUITS, JC 66)

Magneto-Optical Properties of Sputtered Mn5Ge3 Films. (SAWATZKY,E 71A)

Magneto-Optical Recording. (MACDONALD,RE 69)

Magneto-Optical Studies of Chromium TriBromide. (DILLON, JF 63)

Magneto-Optical Variable Memory Based Upon the

Prooerties 1 1 W1^ ^ 1 ^1 ^ <J of\J I aU Transoarent II U 1 1 J *>' U 1 ^ lib Ferrimaanetic 1 \^ t 1 Illl U Mil V w 1 v« Garnet at Its Compensation Temperature.

(CHANG, JT 65)

Magneto-Optic Bubble Domain Devices. (ALMASI,GS 71)

Maanetoootic 1 1 X4 ( 1 ^ w ^/ \^ w w 1 Color ^ ^/ 1 1 Effects ^ 1 1 ^« \^ w ^ inIII Bismuth 1 will U w 1 1 Garnet \A \A 1 II ^« w Domains. III VA 1 • 1 • (TOROK,EJ 78)

Magneto-Optic Detection of High-Density Recordings. (TREVES, D 67)

Magnetooptic Disk Utilizing MnBi Thin Films. (TSUJIYAMA,B 72)

Maanpto-Ont i r ni^snlav (LACKLISON DE 75)

Magneto-Optic Insulators Utilizing the Optical

Activity of Co++(Td).

(AHRENKIEL,RK 75)

Magnetooptic Kerr Effect of Electroless-Plated

CO-P Films.

(JUDY,JH 71)

Magnetooptic-Measurement Techniques for

Magnetic-Bubble Materials.

(SHUMATE, PW 71)

Magnetooptic Properties and Applications of Bismuth

Substituted Iron Garnets.

(SCOTT, GB 76)

Magneto-Optic Properties of CrTe Films prepared (COMSTOCK,RL 70A)

by Sequential Evaporation.
3.3 TITLE INDEX 3.3 TITLE INDEX

Magneto-Optic Properties of MnAs Films.

Magneto-Optic Properties of Quenched Thin Films

of MnBi and Optical Memory Experiments.

Magnetooptics, Lasers, and Memory Systems.

Magnetooptic Storage.

Magnetooptic Studies of Thin GdIG Sections.

Magnetostriction and Magnetic Anisotropy of MnBi.

Manganese Bismuth and other Magnetic Materials for

Beam Addressable Memories.

Mass Storage--Past, Present and Future.

Mastering for Philips Optical Disk Systems.

Materials for Optical Storage: A State-of-the-Art

Survey.

Measurements of the Electrooptic Effect in CdS,

ZnTe, and GaAs at 10.6 Microns.

(STOFFEL,AM 70)

(CHEN.D 70A)

(HUNT,RP 69)

(FAN,GJ 71)

(CHOW,KK 68)

(WILLIAMS, HJ 57A)

(DEKKER,P 76)

(HOAGLAND,AS 72)

(OLIJHOEK,JF 80)

(BR0DY,H 82)

(KAMIN0W,IP 68)

Mechanical Integrator for Studying the Distribution of (MARECHAL,A 47)

Light in the Optical Image.

Mechanism of Curie-Point Writing in Thin Films

of Manganese Bismuth.

(BERNAL,GE 71A)

Media for High Density Optical Recording.

Media for High-Density Optical Recording.

A Membrane Page Composer.

Method of Characterizing Hologram-Recording Materials. (LIN,LH 71)

Microcomputer-Controlled Tunable Acousto-Optic Filter. (CONROY,JJ 79)

(BARTOLINI,RA 81A)

(BARTOLINI,RA 81B)

(COSENTINO,LS 73)

Micromachining and Image Recording on Thin Films

by Laser Beams.

(MAYDAN,D 71)

Minimization of Wobble Effects in Holographic Scanners. (KRAMER, CJ 79)

MnAlGe Films for Magneto-Optic Applications. (SHERWOOD, RC 71)

MnBi Films as Potential Storage Media in Holographic

Optical Memories.

(LEE,TC 72)

50
3.3 TITLE INDEX 3.3 TITLE I

MnBi Films for Magnetooptic Recording.

MnBi Films: High-Temperature Phase Properties and

Curie-Point Writing Characteristics.

MnBi Thin Films: Physical Properties and Memory

Appl ications.

Mode-Locking of Lasers.

Modulation Techniques.

Molecular Engineering in the Development of

Materials for Thermoplastic Recording.

(CHEN,D 73

(CHEN,D 70B

(CHEN,D 68B

(SMITH, PW 70

(DENTON, RT 72

(ANDERSON, HR 71

Motion Pictures of Magnetic Writing on Thin

Fi 1ms of MnBi

(WILLIAMS, HJ 58

(VONDERLINDE,D 74

Multiple-Cavity Infrared Electro-Optic Tunable Filter. (GUNNING, WJ 79

Multiphoton Photorefractive Processes for Optical

Storage in Lithium Niobate.

Narrow-Curie Point Switching Transfer Characteristics

in Mn-Bi Films.

Nematic Liquid Crystal 1024 Bits Page Composer.

The Neodymium in YAG Laser.

Neutron Diffraction Investigations on Quenched MnBi

and MnBiQ.gSbo.i.

Neutron Diffraction Study of the Structures and

Magnetic Properties of Manganese Bismuthide.

New Birefringence Theory and Uses of The PhotoDKDP Spatial Light Modulator in Optical

Data Processing.

New Electrochromic Memory Display.

New Magneto-Optic Memory Concept Based on Compensation Wall Domains.

A New Microscopic Principle.

A New Optically Read Ferroelectric Memory.

A New Optical Videodisc System with One Hour

Playing Time.

(LEWICKI,GW 70

(LABRUNIE,G 74

(FINDLAY,D 70

(ANDRESEN,AF 72

(ROBERTS, BW 56

(CASASENT,D 79

(SCHOOT,CJ 73

(KRUMME,JP 738

(GABOR,D 48

(CUMMINS, SE 67

(NARUSE,Y 78

51
3.3 TITLE INDEX 3.3 TITLE INDEX

New Page Composer for Holographic Data Storage.

New Recording Thin Film for Optical Video Disk.

A New Rectangular Loop Magnetic Material.

New Thin Film Optical Recording Medium.

9C1-Single Transverse and Longitudinal Mode

Q-Switched Ruby Laser.

Noise Considerations of Optical Beam Recording.

Noise in a Video Disk System: Experiments with

(AlGa)As Laser.

Noncol linear Acousto-Optic Filter for the Ultraviolet.

Nonplaner Domain Walls in Ferroelastic Gd2(Mo04)3

and Pb3(P04)2.

Novel Magneto-Optic Systems.

Novel Materials for Improved Optical Disk Lifetime.

Nucleation Experiments on Thin Magnetic MnBi Films.

(HILL,B 73)

(TERAO,M 79)

(GOULD, HL 57)

(BORRELLI,NF 79)

(DANEU,V 66)

(BECK,JW 70)

(HEEMSKERK,JP 78)

(KATZKA,P 79)

(FLIPPEN,RB 73)

(SHAHBENDER,R 74)

(AISENBERG,S 81)

(MAYER, L 60B)

Observation of Amorphous Silicon Regions in SiliconRich Silicon Dioxide Films.

Observation of Magnetic Domains by the Kerr Effect.

Observations of Repeated Curie-Point Writing Effects

on MnBi Films.

Observations on MnBi Films during Heat Treatment.

One-Dimensional GaAs Laser Arrays for CW Operation.

On Electron Mirror Microscopy.

On the Calculation of Lattice Sums.

On the Diffraction Theory of Optical Images.

On the Information in a Microphotograph.

Optical Absorptions and Rotations in the Ferrimagnetic

Garnets.

(HARTSTEIN,A 80)

(WILLIAMS, HJ 51)

(AAGARD,RL 73A)

(MAYER, L 60A)

(MARINACE,JC 70)

(MAYER, L 55)

(NIJB0ER,BR 57)

(HOPKINS, HH 53)

(MCCAMY,CS 65)

(DILLON, JF 59)

52
3.3 T

Optica

Optica

Optica

Optica

Optica

Optica

Optica

Optica

An Opt

Optica

Optica

Optica

Optica

Optica

Optica

Optica

Optica

Optica

Optica

Optica

Optica

TLE INDEX

and EPR Studies of Photochromic SrTi03 Doped

with Fe/Mo and Ni/Mo.

and Magnetic Digital Recording--A

Comparative Review.

Constants of the EuO Chalcogenides Above

and Below the Magnetic Ordering Temperatures.

Data Storage.

Data Storage Potential of Six Materials.

Digital Recording.

Disk: Part of Tomorrow's Media Picture.

Disk Readout: A Model for Coherent Scanning.

cal Disk Replaces 25 Mag Tapes.

Disks Loom as Replacements for Tape.

Disk Storage Technology--New Materials,

New Methods.

Disk Systems Emerge.

Disk Technology and Information.

Information Storage and Spatial Light

Modulation in PLZT Ceramics.

ly Induced Change of Refractive Indices

in LiNb03 and LiTaOa.

ly-Induced Refractive Index Inhomogeneities

in LiNb03 and LiTaOs.

Mass Memory Experiments on Thin Films

of MnBi

Mass Storage.

Memories are Alive and Well and Growing.

Memories: Controlling the Beam.

Properties and Applications of Photochromic

Glass.

3.3 TITLE

(FAUGHNAN,BW 69

(BOUSKY,S 76

(GUNTHERODT,G 70

(HASKAL,HM 77

(BROWN, BR 74

(RUSSELL, JT 76

(NEARY,DR 82

(MARCHANDT,AB 82

(KENNEY,G 79

(MCLEOD, J 81A

(MCLEOD, J 81B

(BARTOLINI, RA 78

(GOLDSTEIN, CM 82

(LAND,CE 78

(CHEN,FS 69

(ASHKIN,A 66

(AAGARD,RL 68

(KACZOROWSKI,EM 77

(EWARD,RS 75

(TUFTE,ON 73B

(MEGLA,GK 66

53
3.3 TITLE INDEX

Optical Properties of Tellurium Films Used for Data

Recording.

Optical Properties of Tellurium Films Used for Data

Recording.

Optical Readout of the RCA VideoDisc.

Optical Readout of Videodisc.

Optical Recording in Amorphous Silicon Films.

Optical Recording of Digital Data in PLZT Ceramics.

Optical Recording Structures for Use with GaAs

Diode Lasers.

Optical Recording Techniques for the RCA VideoDisc.

Optical Recording with Amorphous Materials.

Optical Recording with Amorphous Materials.

Optical Recording with Diode Lasers.

Optical Recording With The Encapsulated Titanium

Tri layer.

Optical Storage of Digital Information.

Optical Storage in VO2 Films.

Optical Techniques Developed for the RCA VideoDisc.

Optical Techniques for Data Storage.

Optical Technologies for Future Computer System

Design.

Optical Video Disc for Digital Mass Memory

Appl ications.

Optical Video Disks with Undulating Tracks.

Optical Writing on Blue, Sputtered Iridium Oxide

Fi 1ms.

Optics for a Read-Write Holographic Memory.

Optics for Laser Scanning.

3.3 TITLE INDEX

(ASH,GS 80)

(ALLEN, TH 81)

(FIRESTER,AH 78A)

(BRIC0T,C 76)

(JANAI,M 82)

(MICHERON,F 74B)

(BARTOLINI,RA 79)

(FIRESTER,AH 78B)

(STRAND, D 80)

(STRAND, D 81)

(HEEMSKERK,JP 79)

(BELL,AE 79B)

(SPITZ, E 72)

(SMITH, AW 73)

(G0R0G,I 78A)

(TUFTE,ON 73A)

(WEITZMAN,C 70)

(KENVILLE,RF 78)

(BRAAT,JJ 78B)

(BOSCH, MA 82)

(STEWART, WC 70)

(HOPKINS, RE 76)

54
3.3 TITLE INDEX 3.3 TITLE INDEX

Optics for Multibeam Optical Disk Systems.

Optics of Reflective Video Disc Players.

An Overview of Optical Data Storage Technology.

Overview of Requirements for Optical Storage

Med i a

{AMMON,GJ 81B)

(LAUB,LJ 76)

(CHEN,D 75)

(JAMBERDINO,AA 81C)

Performance of a Prototype Optical Disk Recorder.

Phase Holograms in Dichromated Gelatin.

The Phase Transformation and Physical Properties

of the MnBi and Mni^oS^i Compounds.

Photoanodic Engraving of Holograms on Silicon.

Photochemical Hole Burning in Free-Base Porphyrin

and Chlorin in n-Alkane Matrices.

Photochromic Salicylideneanil ine as Storage Medium

for Interferometry and High Speed Recording.

Photodetectors for Optical Communication Systems.

Photodichroic Silicate Glass Surface.

A Photo-Digital Mass Storage System.

(ZERNIKE,F 78)

(SHANKOFF,TA 68)

(CHEN,T 74)

(DALISA,AL 70)

(VOLKER,S 79)

(LO,DS 74)

(MELCHIOR,H 70)

(WU,CK 79)

(KUEHLER,JD 66)

Photoelastic Properties of Selected Materials and Their (DIXON, RW 67)

Relevance for Applications to Acoustic Light

Modulators and Scanners.

Photoinduced Refractive Index Increase in (TOMLINSON,WJ 70)

Poly(Methylmethacrylate) and its Applications.

Photoinduced Uniaxial Magnetic Anisotropy and Optical

Dichromism in Silicon-Doped Yttrium Iron

Garnet (YIG(Si)).

Photooptical Storage and Processing of Information.

Photorefractive Materials for Optical Storage and

Display.

PLZT Matrix-Type Block Data Composers.

Pockels Readout Optical Memory Using Bii2Si020-

(DILLON, JF 70)

(KING,GW 65A)

(KIM, DM 77)

( DRAKE, MD 74)

(HOU,SL 71)

55
3.3 TITLE INDEX 3.3 TITLE INDEX

Polarization and Efficiency in Magnetic Holography.

Polarization Induced Noise in Acousto-Optic (AO)

Modulation of Internal Mirror He-Ne Laser Beams.

Polymer Material for Holography.

Population Inversion and Continuous Optical Maser

Oscillation in a Gas Discharge Containing

a He-Ne Mixture.

Position Sensing in Video Disk Readout.

Power and Focusing Considerations for Recording with

a Laser Beam in the TEMOO Mode.

Power, Size, and Depth of Focus in

Thermomagnetic Writing.

Preheat-Aided Laser Recording.

Preparation and Properties of EuS Films and of Fe

Doping.

Preparation and Stability of MnBi Thin Films.

Preparation and Thermomagnetic Properties of

Ti-Doped MnBi Thin Films.

Preparation of Doped EuO Films on Rotating Disks.

Probing of Acoustic Surface Perturbations by

Coherent Light.

Programmable Electro-Optic Tunable Filters.

Projection Masking, Thin Photoresist Layers and

Interference Effects.

Promise of Magneto-Optic Storage Systems

(HASKAL,HM 70)

(DUARDO,JA 80)

( BOOTH, BL 72)

(JAVAN,A 61)

(BRAAT,JJ 78A)

(HASKAL,HM 71A)

(HASKAL,HM 71B)

(GOLDBERG, MW 79)

(AHN,KY 71)

(CHEN,D 71)

(YOSHII,S 74)

(LEE,K 71)

(WHITMAN, RL 69)

(HENDERSON, DM 79)

(MIDDELHOEK,S 70)

(ESCHENFELDER,AH 70)

Compared to Conventional Magnetic Technology.

Promise of Optical Memories.

Promise of Optical Memories.

Properties of Multiple Longitudinal Kerr

Magnetooptic Reflections.

(RAJCHMAN,JA 70A)

(RAJCHMAN,JA 72)

(KOKOBU,A 72)

Properties of Neodymium Laser Materials. (THORNTON, JR 69)

56
3.3 TITLE INDEX 3.3 TITLE INDEX

Properties of 1.152 um of Garnet Films on GdGaG.

A Proposed Beam-Addressible Memory.

Prospects for the Optical Disk in the Office of the

Future.

Pulse Codes in Serial Data Communications.

Random Phase Data Masks: Fabrication Tolerances

and Advantages of Four Phase Level Masks.

The RCA "SelectaVision" VideoDisc System.

Readout Performance Analysis of a Cryogenic

Magneto-Optical Data Storage System.

Read-Write-Erasable Thin Film Optical Recording

Medium.

A Read/Write Optical Memory.

Real Time Optical Processing with Bii2Si020 PROM.

Recent Advances in Holography.

Reconstructed Wavefronts and Communication Theory.

Reconstruction Effects in Magnetic Holography.

Recording and Readout Testing of Optical Recording

Materials.

Recording Mechanisms in Antiref lection

Tri layer Structures.

Recording of One-Dimensional Holograms in MnBi Films

Recyclable Holographic Storage Media.

Relationship Between Crystal Symmetry Magnetic

Properties of Ionic Compounds Containing

Mn3+.

Relationships Between Stoichiometry and Properties

of EuO Films.

Resonance Amplifier Model Describing Diode Lasers

Coupled to Short External Resonators.

(DAVAL,J 75

(MEE,CD 67

(BARRETT, R 828

(SANDERS, LS 82

( STEWART, WC 72

(MCCOY, DS 78

(BROWN, BR 72

(BORRELLI,NF 80

(CASHMAN,MW 73

(NISENSON,P 72

(LEITH,EN 67

(LEITH,EN 62

(MEZRICH,RS 70A

(CHENG, D 81

(BELL,AE 82

(RULL,H 76

(BORDOGNA,J 72

(GOODENOUGH,JB 61

(AHN,KY 70A

(VOUMARD,C 77

57
3.3 TITLE INDEX 3.3 TITLE INDEX

Reusable Optical Image Storage and Processing Device.

Reversible Photodimerization: A New Type of

Photochromism.

Review and Analysis of Optical Recording Media.

Review of Current Proposed Technologies for Mass

Storage Systems.

Review of Noise Reduction Techniques in Coherent

Optical Processing Systems.

A Review of Some Recent Work in Magnetooptical

Recording.

A Review of the MCA Disco-Vision System.

The Role of Polymers in Optical Recording Media.

Rotating-Memory Devices Move to Optical Reading.

The Ruticon Family of Erasable Image Recording

Devices.

(FEINLEIB,J 72)

(TOMLINSON,WJ 72)

(BARTOLINI,RA 76)

(MATICK,RE 72)

(DEVELIS,JB 74)

(SUITS, JC 72)

(BROADBENT,KD 74)

(SMITH, TW 81)

( JONES, K 81)

(SHERIDON,NK 72)

Saturation Magnetization of Nickel Films of

Thickness Less Than lOOA.

Self-Coupled Optical Pickup.

Semiconductor Components for Monolithic Applications.

Signal-to-Noise Ratio for Magnetooptic Readout from

MnBi Films.

Simplified Diffraction Theory of the Video Disk.

Single-Mode CW Operation of "Double Dovetail"

Constricted DH (AlGa)As Diode Lasers.

Single Te Films and Te Tri layers for Optical

Recording.

Slidestore-A Laser Mass Memory for Image Storage.

Solvent-Coated Organic Materials for High-Density

Optical Recording.

(NEUGEBAUER,CA 59)

(MITSUHASHI,Y 76)

(GARMIRE,E 75)

(AAGARD,RL 73B)

(KORPEL,A 78)

(BOTEZ,D 78)

(BLOM,GM 79)

(BURNS, LL 79)

(HOWE,DG 81)

Some Aspects of a Large Capacity Holographic Memory. (HILL,B 72)

58
3.3 TITLE INDEX 3.3 TITLE INDEX

Some Film-Noise Measurements by Diffraction

of Coherent Light.

Some Magnetooptical and HF Properties of Magnetic

Fi 1ms.

Some New Display Techniques--A Critical Survey.

Sound Diffraction and the Optimizing of Acousto-Optic

Modulator Efficiency.

Spatial Modulation in Thin CdS Films.

Speckle Noise Reduction by Random Phase Shifters.

The Stability of EuO Films Doped with Iron and

Europium.

Stability of Small Bits Written in Amorphous GdCo

Thin Films.

Statistical Mechanics of Ferromagnetism.

Stimulated Optical Radiation in Ruby.

Storage Technology: Capabilities and Limitations.

Strain-Biased PLZT Input Devices (Page Composers)

for Holographic Memories and Optical Data

Processing.

Stress Corrosion in Permanent Magnets Composed of

Anisotropic Powdered Manganese Bismuthide.

Structural Changes in Se-Te Bi layers by Laser Writing,

Structural, Magnetic, and Magneto-Optic Properties

of Ti-Substituted MnBi Films.

The Structural Stability and Magnetooptical

Properties of the NiAs Phase of the

Manganese-Antimony System.

Studies of Magnetooptic Effects for Thin-Film

Optical -Waveguide Appl i cat ions

A Study of Thermomagnetic Remanence Writing on EuO.

Suitability of MnBi and Mni-xTixBi Films for

Magnetooptic Memories.

( STARK, H 71)

(SALANSKY,NM 74)

(KIRTON,J 74)

(GUERIN,JM 79)

(JOHANNES, R 70)

(MATSUMURA,M 74)

(STREET, GB 72)

(TOGAMI,Y 78)

(BROUT,R 65)

(MAIMAN,TH 60)

(HOAGLAND,AS 79)

(ROBERTS, HN 72)

(ADAMS, E 56)

(HERD,SR 82A)

(UNGER,WK 72A)

(SAWATZKY,E 71C)

(WANG,S 71)

(WIEDER,H 71B)

(FELDTKELLER,E 72)

59
3.3 TITLE INDEX 3.3 TITLE INDEX

Summary Abstract: Research on Materials for

Optical Storage.

Superresolution in Optical Data Storage.

A Survey of Laser Beam Techniques.

Switching Speed of GdIG Crystals near the

Compensation Temperature.

Synchronous Detection vs Pulse Counting for Sensitive

Photomultipl ier Detection Systems.

System Coding Parameters, Mechanics and ElectroMechanics of the Reflective Video Disc Player.

System Design Considerations for Laser Scanning.

{KIVITS,P 81)

(WIEDER,H 73A)

(FOWLER, VJ 66)

(NELSON, TJ 68)

(NAKAMURA,JK 68)

(BOGELS,PW 76)

(EMMEL,PM 80)

Techniques and Applications of Holography.

The Technology of Error Correcting Codes.

Temperature Dependence of Magnetic Properties of

Oriented MnBi Films.

Temperature Dependance of the Coercive Force of MnBi

Films.

Temperature Dependence of the Magneto-Optic Effect and

Resonance Phenomena in Oriented MnBi Films.

Ten Billion Bits on a Disk.

A lO-Stage Digital Light Beam Deflector.

Terminals for a High-Speed Optical Pulse Code

Modulation Communication System.

Textured Germanium Optical Storage Medium.

Theory of an Optical Maser.

Theory of the Structure of Ferromagnetic Domains

in Films and Small Particles.

Thermomagnetic Behavior of Hard Magnetic Films.

Thermomagnetic History Effects in LaCo5,ThCo5 and

Related Compounds.

( BRANDT, GB 68)

(BERLEKAMP,ER 80)

(UNGER,WK 71D)

(DEKKER,P 74)

(CHEN.D 64)

(BULTHUIS,K 79)

(SCHMIDT, U 69)

(DENTON, RT 68)

(CRAIGHEAD, HG 82)

(LAMB, WE 64)

(KITTEL,C 46)

(OUCHI,K 72)

(BROUHA,M 75)

60
3.3 TITLE INDEX 3.3 TITLE INDEX

Thermomagnetic Properties of Fine-Grain Polycrystal 1 ine

GdlG.

(COEURE,P 71)

Thermomagnetic Recording Materials.

Thermomagnetic Recording: Physics and

Materials.

Thermomagnetic Writing in Gd-Co Sputtered Films.

Thermomagnetic Writing in GdlG.

Thermomagnetic Writing in Homogeneous MnBi Films,

Thermomagnetic Writing in Tb-Fe Films.

Thermomagnetic Writing on Thin MnBi Films.

Thermoplastic Media for Holographic Recording.

Thermoplastic Recording.

Thermoplastic Spatial Light Modulator.

Thermoplastic Xerographic Holography.

Thick Absorption Recording Media in Holography.

Thick Holograms: A Survey.

Thick Holograms in Photochromic Materials.

Thin Films of MnBi for Beam Alterable Optical

Memory Applications.

Time-Optimal Control of a Moving-Coil Linear

Actuator.

Transparent Electrophotographic Film Evaluations

for High Performance Data Recording.

Transparent Electrophotographic Film for

High-Resolution Holographic Recorders.

Tunable Birefringent Networks.

Ummagnetisierung Orientierter MnBi-Schichten.

Unicon Computer Mass Memory System.

(BERKOWITZ,AE 71)

(BERKOWITZ.AE 75)

(MATSHUSHITA,S 75)

(DOYLE, WD 70)

(UNGER,WK 71C)

(SUNAGO,K 76)

(LANGLET,R 72)

(CREDELLE,TL 72)

(JOHNSON, LH 78)

(LEE,TC 79C)

(URBACH,JC 66)

(FRIESEM,AA 70)

(FORSHAW,MR 74)

(BOSOMWORTH,DR 68)

(CHEN,D 67B)

(BROWN, CJ 68)

(WEAVER, SE 80)

(PALM,CS 79)

(TITLE, AM 79)

(UNGER,WK 70)

(BECKER, CH 66)

61
3.3 TITLE INDEX

Unique Properties of SBN and Their Use in a Layered Optical Memory.

Use of a Random Phase Mask for the Recording of

Fourier Transfer Holograms of Data Masks.

The Use of Diffraction-Based Criteria of Image

Quality in Automatic Optical Design.

The Use of Photoresist as a Holographic Recording

Medium.

Vanadium Dioxide Storage Material.

Video Disc for the Storage of Office Documents and

Engineering Graphics.

Video Disc Mastering and Replication.

VideoDisc Optics.

Video Disc Systems Come of Age.

Videodisk: A Status Report.

Video Disk Player Optics.

Video Disks: Three Choices.

Volume Hologram Formation in Photopolymer Materials.

Volume Phase Holographic Storage in Ferroelectric

Crystals.

Wall Propagation by Thermomagnetic Writing in MnBi

Single Crystal Films.

Wall Stability of Cylindrical (Bubble) Domains in

Thin Films and Platelets.

Whisker Growth Induced by Ag Photodoping in Glassy

GexSei.x Films.

Wideband Holographic Recorder.

Wideband Optical Disc Archival Data Storage.

Wideband Optical Disc Data Recorder Systems.

3.3 TITLE INDEX

(THAXTER,JB 74)

(BURCKHARDT,CB 70)

(HOPKINS, HH 56)

(BEESLEY,MJ 70)

(EDEN, DO 81)

(WALTER, GO 82)

(PALERMO.? 77)

(60R0G,I 78B)

(STREET, J 80)

(LASERF 74)

(BOUWHUIS,G 78)

(CLEMENS, JK 82)

(COLBURN,WS 71)

(BURKE, WJ 78)

( HONDA, S 73)

(SCHULDT,S 71)

(CHEN,CH 80)

(BARDOS,A 74)

(AMMON,GJ 78)

(AMMON,GJ 79)

62
3.3 TITLE INDEX

The World's Fair Machine Translator.

Write-Read-Erase in situ Optical Memory Using

Thermoplastic Holograms.

Writing Characteristics of MnBi Films for

Holographic Recording.

3.3 TITLE INDEX

(BOWERS, DM 65)

(LIN,LH 70)

(LEE,TC 71)

63
3.4 PATENT NUMBER INDEX 3.4 PATENT NUMBER INDEX

3.4 PATENT NUMBER INDEX

PATENT NUMBER: REFERENCE:

2, 544,659 (USP DREYER.JF 51)

3, 019.,336 (USP JOHNS, DH 62)

3, 110.,824 (USP FLANAGAN, WC 63)

3, 147, 169 (USP ALBERTSON,CP 64)

3, 226. 696 (USP DOVE,JF 65)

3, 287j 563 (USP CLUNIS,K 66)

3, 406, 405 (USP SOMERS,LE 68)

3, 416!,150 (USP LINDBERG,CA 68)

3, 423!,524 (USP BRADFORD, RS 69)

3, 427, 628 (USP CLUNIS,K 69)

3, 430, 966 (USP GREGG, DP 67)

3, 442!,570 (USP PICKER, A 69

3, 474! 457 (USP BECKER, CH 69)

3, 475 242 (USP RADIMER,KJ 69)

3, 476 578 (USP BRINCKMAN,EM 69)

3, 503 817 (USP RADIMER,KJ 70)

3, 529 301 (USP HIRUTA,K 70)

3, 530 258 (USP GREGG, DP 70)

3, 534 166 (USP KORPEL,A 70)

3, 535, 182 (USP MEIER-MALETZ,M 70)

3, 560, 206 (USP JVIRBLIS,AE 71)

3, 560 994 (USP WOLFF, K 71)

3, 567 855 (USP HAMISCH,H 71)

3, Oct (USP SHILL,KE 71)

3, (USP CASTELLANO,JA 71)

3, fi5n fin? (USP HEILMEIER,GH 72)

3, 651 281 C (J X (USP BECKER, CH 72A)

3, 654 401 (USP DICKOPP,G 72)

3, 655 438 (USP SYERLING,HF 72)

3, QDQ (USP DIXON, GD 72)

3, 66n , 111 / / / (USP ERICKSON,AM 72)

3, too (USP BECKER, CH 72B)

3, 669, 673 (USP IH,CC 72)

3, 688!,025 (USP WHITTEMORE,MJ 72)

3, 698, 893 (USP HEURTLEY,JC 72)

3,,703,,331 (USP GOLDMACHER,JE 72)

3.,705,,758 (USP HASKAL,H 72)

3.,715 ,212 (USP ROSS,DL 73)

3.,716 ,844 (USP BRODSKY,MH 73)

3.,719 ,565 (USP HERRMANN, G 73)

3.,720 ,784 (USP MAYDAN,D 73)

3 ,737 ,877 (USP FEINLEIB,J 73)

3 ,740 ,761 (USP FECHTER,HG 73A)

3 ,747 ,117 (USP FECHTER,HG 73B)

3 ,764 ,311 (USP BEAN,LF 73)

3 ,774 ,172 (USP SILVERMAN, D 73)

64
3.4 PATENT NUMBER INDEX 3.4 PATENT NUMBER INDEX

3 ,806 ,230 (USP 1 1 A A ^ 1 ir~ ^ it A \ HAAS, WE 74A)

3 ,816 ,774 (USP OHNUKI,K 74)

3 ,829 ,662 (USP FURAHASHI,A 74)

3 ,838 ,401

/ 1 If* n (USP GRAF,P 74)

3 ,842 o T ,275 (USP HAAS, WE 748)

3 ,84o ,83d / lie(USP MASSE, PR /4j

0 ,oo4 ,Uib (Ubr lAMKICCTM Dl 7^ \ JANNStN,PJ /4)

o0 , tfbU , /DO 1 1 ICD MHD T M 7C^ nUKljrl /b;

•D0 , oyu C/l "3

, D4o / 1 ICD

( Uor nAI 7TCI l.ll 7C\ UAL^ltL,WL lO)

•D0 QQ7 ,c5y/. QQ7 , yy /

/ 1 ICD

\ Uor l\AL 1 , Lb /o)

OJ , yuo., U/D ( 1 ICD DDnAnDCMT 7C\ dKUAUdlIn 1 ,ls.U /O)

Q QnQ , DUo ? 1 ICD

\ Uor 1 FMFDrO ID 7K\

J

Q1 1

, yi i

91 1 / 1 ICD

\ Uor DrMMTPf 11 7C\ KtnJNlLN,JL /O)

O

.3 Q1 1

, y 1 1

AAA ^ 1 ICD

\ Uor 1 nil nv 7K\ LUU,UT /O;

o

s3 , yi J

n7A , U/D / 1 IC D

^ Uor 1 cui IDC Ai 1 ^^ 7c

LtnUKtAUjJL /O)

"5o

Q1 Q

, yiy

, DDd / 1 IC D

{ Uor I.IUTTMAM Dl 7C \ Wnl 1 nAN, KL /b )

-JO , yji

/ICO / 1 ICD

( Uor KUKPtL,A /o)

0., y3i

,4dU (USP WATSON, WH 76)

3.,931.,640 (USP "i~ Ai/niiArtA T *^/" \ TAKAHARA,I 76)

3.,938.,810 (USP PRADERVAND,M 76)

3.,940 ,793 (USP BLEIMAN,LW 76)

3.,944.,727 (USP ELLIOTT, JE 76)

3

0.,96^:.

7on / 1 IC n (USP BRAAT,JJ 76)

3.,9/1. O 7/1 ,8/4 / 1 ic n

( USP OHTAjT /6)

3),9/3, HiO 70 / 1 ICR

( USP 1 TCCMCD Dl.l 7C ^ LlSSNhK,KW /b)

J, Q7Q y /tij OA 7 / 1 ICD

\ Uor DD A 1 inV DC 7C ^ dKAUUY,Ko /Oj

O

J, no o yoo,

"Jl 7 oi // 1 ICD

( UoP PI noTncn pa 7c\ bLUKlUoU,LA /o) no "3 OC "3 ODO / 1 ICD

( UoP 1 CCnOM MA 7C

LttUUrl,rlA /o)

A4, UUU, /I no 49^: / lie

(USP IITI i CMC DU 7C \ WILLtlNS,Kn /b)

/I4,

r\i n ibb / 1 ICD

( USP pnonp T 77^ bUKUb,! //)

/I4, no "5 0^:3, i8b / 1 ICD

( USP ni rvr»M A 77A \ dL0UM,A //A)

4, 03^, /I 7n 4/0 / 1 IC D

( USP Dl r\r\tJI A 77D \ dLUuM,A //d)

A4, noo UOiC

oyi / 1 ICO

( UoP V T T\r\ V 77 ^ i\iuu,K, //;

/I U4U, 1 n7 iU/ / 1 ICD

( UoP DDVCD DC 77^ DKYtK,Po il)

/I 4,

r\A 1 con boU / 1 ICD

( UoP 1/DAMCD D 77\ KKAMtK,P II)

/I Uoi

coo / 1 IC D

( Uor TAl/CnA V 77^ IAnLUA,! II)

/I 4, UdU, O/I o / 1 ICD

( UoP 1 At/CDX/CI n UP 77\ LAKtKVtLU,nb //;

/I Do 0

O 07 col / I ICD

( USP \/AMDnCMAI CM PC 77\ VANKUonALtN,bt //;

/I Udd , IOC /oD / I ICD

( UoP I.ITI DCD PC 77\ WlLDtK,Lo //)

4, 0d9, 48/ (USP KASAI,M 78)

/I4, U/3, b6/ (USP LAKERVELDjHG 78)

4,

r\ "7 "5 0/3, 964 (USP HERRMANN, G 78)

AH , u / *+

/ 1 ICD

\ Uor \/AMDnCMAI CM flC 7ft^

V AliKUonALLlN , bt lO]

4, 084, 185 (USP DELANG,H 78)

4, 090, 218 (USP VANBUUL,MC 78)

4.,094. 010 (USP PEPPERL,R 78)

4, 094, 013 (USP HILL,B 78)

4, 097, 895 (USP SPONG,FW 78)

4, 101, 027 (USP KOHL,L 78A)

4.,101, 907 (USP BELL,AE 78)

65
,3.4 PATENT NUMBER INDEX 3.4 PATENT NUMBER INDEX

4, 120, 567 (USP GOODMAN, LA 78)

4, 127, 882 (USP KOHL,L 78B)

4, 130, 898 (USP URBACH,JC 78)

4. 131. 199 (USP HATCHETT,MR 78)

4.,135. 206 (USP KLEUTERS,WJ 79)

4 ,135.,207 (USP GREVE,PF 79)

4. 137. 077 (USP CREDELLE,TL 79)

4.,141. 627 (USP BLOOM, A 79)

4.,141.,780 (USP KLEINKNECHT,HP 79)

4 ,142.,163 (USP PHILIPS, W 79)

4. 150. 270 (USP GOLDSCHMIDT,AM 79)

4 ,165. 155 (USP GORDON, JG 79)

4.,179.,708 (USP SHENG,P 79)

4 ,195.,312 (USP BELL,AE 80A)

4 ,195. 313 (USP BELL,AE 80B)

4 ,202. 928 (USP STAEBLER,DL 80)

4.,216.,501 (USP BELL,AE 80C)

4 ,218. 689 (USP BLOOM, AE 80A)

4. 219. 826 (USP BLOOM, A SOB)

4. 219. 848 (USP SPONG,FW 80)

4, 233. 626 (USP BELL,AE 80D)

4. 234. 245 (USP TODA,M 80)

4, 241. 355 (USP BLOOM, A 80C)

4,,242. 689 (USP BLOOM, A 80D)

4. 269, 917 (USP DREXLER,J 81A)

4, 272, 574 (USP LIPPITS,GJ 81)

4, 273, 342 (USP GILSON,AP 81)

4. 278, 756 . (USP BOULDIN,EW 81A)

4, 278, 758 (USP DREXLER,J 81B)

4. 279, 989 (USP DREXLER,J 81C)

4, 284, 716 (USP DREXLER,J 81D)

4. 298, 684 (USP BOULDIN,EW 81B)

4, 300, 143 (USP BELL,AE 81)

4, 304, 848 (USP BOULDIN,EW 81C)

4. 312, 938 (USP DREXLER,J 82A)

4. 314, 260 (USP DREXLER,J 82B)

4. 319, 252 (USP DREXLER,J 82C)

4.,321, 102 (USP DREXLER,J 82D)

66
3.5 INVENTOR INDEX 3.5 INVENTOR INDEX

3.5 INVENTOR INDEX

Adams, James E., Jr.

Albertson, Charles P.

Bartolini, Robert Alfred

Bean, Lloyd F.

Becker, Carl H.

Bell, Alan Edward

Betsch, Helmut

Bierhoff, Martinus P.M.

Bleazey, John Clifford

Bleiman, Lewis W.

Bloom, Allen

Bradford, Robert S.

Braudy, Robert Stewart

Bricot, Claude

Brinckman, Eric Maria

Broadbent, Kent D. Brodsky, M

Bryer, Philip Stuart

Burke, William J.

Castel lano, Joseph A. Cheng, David

Cohen, Melvin Irwin

Clunis, Kenneth

Compaan, Klaas

Credelle, Thomas L.

Dalziel, Warren L.

Dell, Harold R.

Dickopp, Gerhard

Dixon, George D. Dove, John F.

Dreyer, John F.

Elliot, James E. Erickson, Allen M.

USP HAAS, WE 74B)

USP ALBERTSON, CP 64)

USP BELL,AE 78)

USP BELL,AE SOB)

USP BLOOM, A 77A)

USP BLOOM, A SOD)

USP BEAN,LF 73)

USP BECKER, CH 69)

USP BECKER, CH 72B)

USP BELL,AE 7S)

USP BELL,AE SOB)

USP BELL,AE SOD)

USP BLOOM, A 77A)

USP DICKOPP, G 72)

USP KLEUTERS,WJ 79)

USP LEEDOM,MA 76)

USP BLEIMAN, LW 76)

USP BELL,AE 7S)

USP BLOOM, A 77A)

USP BLOOM, A 79)

USP BLOOM, A SOB)

USP BLOOM, A SOD)

USP BRADFORD, RS 69)

USP BRAUDY, RS 76)

USP LEHUREAU,JC 75)

USP BRINCKMAN, EM 69)

USP BROADBENT, KD 75)

USP BRODSKY, MH 73)

USP BRYER, PS 77)

USP BELL,AE SI)

USP BLOOM, A 80C)

USP CASTELLANO,JA 71)

USP URBACH,JC 78)

USP MAYDAN,D 73)

USP CLUNIS, K 66)

USP KRAMER, P 77)

USP CREDELLE, TL 79)

USP DALZIEL, WL 75)

USP BECKER, CH 72B)

USP DICKOPP, G 72)

USP DIXON, GD 72)

USP DOVE,JF 65)

USP DREYER, JF 51)

USP ELLIOT, JE 76)

USP ERICKSON, AM 72)

(USP BELL,AE 80A)

(USP BELL,AE 81)

(USP BLOOM, A 80A)

(USP BECKER, CH 72A)

(USP BELL,AE SOA)

(USP BELL,AE 80C)

(USP BELL,AE 81)

(USP BELL,AE 81)

(USP BLOOM, A 77B)

(USP BLOOM, A SOA)

(USP BLOOM, A 80C)

(USP BLOOM, A 808)

(USP CLUNIS, K 69)

67
3.5 INVENTOR INDEX 3.5 INVENTOR INDEX

Fechter, Henry G.

Feinleib, Julious

Firester, Arthur H.

Flanagan, Wi 1 1 iam C.

Flannery, John B. , Jr.

Forsthuber, Robert Franz Kar

Furahashi, Akira

Gilson, Alan P. Glorioso, Charles A.

Goldmacher, Joel E. Goldschmidt, Arthur M.

Goodman, Lawrence Alan

Gordon, Joseph 6., II Gorog, Istvan

Graf, Peter

Gregg, David Paul

Haas, Werner E.L.

Hamisch, Hans.joachim

Hannan, William J.

Haskal, Haim

Hatchett, Michael R.

Hedlund, Lee V.

Heilmeier, George H.

Herrmann, Gunther

Heurtley, John C.

Hill, Bernhard

Hiruta, Katsuya

Honjo, Satoru

Hung, Ling Kong

Ih, Charles Chung Sen

Iremink, Kornelis A.

I to, Hiroshi

Janssen, Peter Johannes Mich

Johns, Don H. Jvirblis, Alex E. Johnson, Keith 0.

Kalt, Charles G.

Kane, James

Kasai, Masanao

Kerwin, Eugene

Kido, Keishiro

Kleinknecht, Hans P.

Kleuters, Wilhelm J.

Kohl, Lambert

Knox, Joseph Dale

Korpel, Adrianus

USP FECHTER, HG 73A) (USP FECHTER, HG 73B)

USP FEINLEIB, J 73)

USP SHENG,P 79)

USP FLANAGAN, WC 63)

USP HAAS, WE 74B)

(USP KRAMER, P 77)

USP FURAHASHI, A 74)

USP GILSON, AP 81)

USP GLORIOSO, CA 76)

USP GOLDMACHER, JE 72) (USP HEILMEIER, GH 72)

USP GOLDSCHMIDT, AM 79)

USP GOODMAN, LA 78)

USP GORDON, JG 79)

USP GOROG, I 77)

USP GRAF,P 74)

USP GREGG, DP 67) (USP GREGG, DP 70)

USP HAAS, WE 74A) (USP HAAS, WE 74B)

USP HAMISCH, H 71) (USP WOLFF, K 71)

USP CREDELLE,TL 79)

USP HASKAL, H 72)

USP HATCHETT, MR 78)

USP GOLDSCHMIDT, AM 79)

USP GOLDMACHER, JE 72) (USP HEILMEIER, GH 72)

USP HERRMANN, G 73) (USP HERRMANN, G 78)

USP HEURTLEY, JC 72)

USP HILL,B 78)

USP HIRUTA, K 70)

USP KIDO,K 77)

USP BLOOM, A 77B)

USP IH,CC 72)

USP KLEUTERS, WJ 79)

USP KASAI, M 78)

ael (USP JANSSEN, PJ 74)

USP JOHNS, DH 62)

USP JVIRBLIS, AE 71)

USP GREGG, DP 70)

USP KALT,CG 75)

USP KLEINKNECHT, HP 79)

USP KASAI, M 78)

USP MAYDAN,D 73)

USP KIDO,K 77)

USP KLEINKNECHT, HP 79)

USP KLEUTERS, WJ 79)

USP KOHL,L 78A) (USP KOHL,L 78B)

USP GOROG, I 77)

USP KORPEL, A 70) (USP KORPEL, A 76)

68
3.5 INVENTOR INDEX 3.5 INVENTOR INDEX

Kramer, Pieter

Kruger, Johann

Lacotte, Jean Pierre

Le Carvenee, Francois

Leedom, Marvin Allan

Lehureau, Jean Claude

Le Merer, Jean Pierre

Levine, Aaron William

Lindberg, Charles A. Jr.

Lissner, Rudolf W. Lou, David Yuan Kong

Lurie, Michael J.

Mallisin, Roland

Masse, Phillip R.

Matsuno, Hiroshi

Maydan, Dan

McFarland, Keith E. Meier-Maletz, Max

Meyerhofer, Dietrich

Miyajinia, Shin

Miyauchi, Toshimitsu

Mori, Masafumi

Mulvaney, Richard B.

Nakamura, Hishashi

Ohnuki, Katuhiro

Ohta, Takeo

Oihawa, Youko

Osaka, Susumu

Pendy, William J. Pepperl, Rudiger

Phillips, William

Picker, Amos

Pradervand, Michel

Puech, Claude

Radimer, Kenneth J. Rennick, John L.

Rigbey, Leonard J. Roess, Dieter

Ross, Daniel Louis

Sato, Kazuhiro

Sato, Masamichi

Scala, Luciano C.

Schneider, Richard

Schuller, Eduard

USP KRAMER, P 77)

USP HILL,B 78)

USP LEMERER,JP 75)

USP LEMERER,JP 75)

USP LEEDOM, MA 76)

USP LEHUREAU, JC 75)

USP LEMERER,JP 75)

USP GOODMAN, LA 78)

USP LINDBERG, CA 68)

USP LISSNER, RW 76)

USP LOU,DY 75)

USP IH,CC 72)

USP LEMERER,JP 75)

USP MASSE, PR 74)

USP KASAI,M 78)

USP MAYDAN, D 73)

USP BECKER, CH 72B)

USP MEIER-MALETZ, M 70)

USP GOODMAN, LA 78)

USP OHNUKI, K 74)

USP TAKEDA,Y 77)

USP MORI,M 75)

USP LISSNER, RW 76)

USP TAKEDA,Y 77)

USP OHNUKI, K 74)

USP OHTA,T 76)

USP KASAI,M 78)

USP TODA,M 80)

USP MASSE, PR 74)

USP HILL,B 78)

USP PHILLIPS, W 79)

USP PICKER, A 69)

USP PRADERVAND, M 76)

USP LEMERER,JP 75)

USP RADIMER, KJ 69) (USP RADIMER, KJ 70)

USP RENNICK, JL 75)

USP HATCHETT,MR 78)

USP GRAF,P 74)

USP BLOOM, A 80B) (USP ROSS,DL 73)

USP OHNUKI, K 74)

USP KIDO,K 77)

USP DIXON, GD 72)

USP KOHL,L 78A) (USP KOHL,L 78B)

USP DICKOPP,G 72)

69
3.5 INVENTOR INDEX 3.5 INVENTOR INDEX

niSP SHFNR P 7Ql

Qhill Karl F /iKD CUTI \UOr s}niL.L,l\L. 1 1\\ 1 i

O^ilv/prman I IVCIIMClll) Danipl L/UMICI f lISP STI VFRMAN n 73^

(lISP fJORHON .IR 7Ql

Siryj, Bohdan W. (USP GILSON,AP 81)

Somers, Lewis E. (USP SOMERS, LE 68)

Spong, Fred William (USP CREDELLE,TL 79) (USP SPONG, FW 78)

(USP SPONG, FW 80)

Staebler David L. fUSP STAEBLER.DL 80)

Sterlina. \J W VaK 1 1 1 1 1 %H ) Henrv 1 ' V III T Frank 1 1 \Ji 1 1 IX (USP STERLING. HF 72)

Stewart. Wilber Clarence (USP STEWART. WC 77)

Suyama, Hideo (USP OHNUKI,K 74)

Takahara, Ichiro (USP TAKAHARA, I 76)

Takeda Ya<;ut';ijau (USP TAKEDA Y 77)

Takenaga, Mutsuo (USP OHTA,T 76)

Tinet, Claude (USP LEMERER,JP75)

Toda, Minoru (USP TODA,M 80)

Tsukada, Toshihisa (USP TAKEDA, Y 77)

T"^ijnnda Yn<;hitn fUSP TAKEDA Y 77)

Uhl Karl fUSP KOHL L 78A) QJSP KOHL 1 78R)

llrharh ilnhn C flJSP URBAfH iir 78)

van Rosmalen. Gerard E. (USP KLEUTERS.WJ 79)

Watson, Hugh Alexander (USP LOU,DY 75)

Watson, William H. (USP WATSON, WH 76)

Went ink, William S. (USP MASSE, PR 74)

Whitman, Robert L. (USP WHITMAN, RL 75)

Whittemore, Maurice James, Jr. (USP WHITTEMORE, MJ 72)

Wi liens, Ronald Howard (USP LOU,DY 75) (USP WILLENS,RH 76)

Wolff, Karin (USP WOLFF, K 71)

Wong, Herman (USP BECKER, CH 72B)

70
3.6 PATENT ASSIGNEE INDEX 3.6 PATENT ASSIGNEE INDEX

3.6 PATENT ASSIGNEE INDEX

American Can Company

(USP JOHNS, DH 62)

BASF Aktiengesellschaft

(USP KOHL,L 78A) (USP KOHL,L 78B)

Becker, Carl H.

(USP BECKER, CH 72A)

Bell Telephone Laboratories, Incorporated

(USP LOU,DY 75) (USP MAYDAN,D 73) (USP WILLENS,RH 76)

Canon Kabushiki Kaisha

(USP FURAHASHI,A 74) (USP KASAI,M 78)

Chase Manhattan Capital Corporation

(USP BECKER, CH 72B)

Data Disc Incorporated

(USP LINDBERG,CA 68)

Dove, John F. (USP DOVE,JF 65)

Drexler Technology Corporation

(USP BOULDIN,EW 81A) (USP BOULDIN,EW 81B) (USP BOULDIN,EW 81C)

(USP DREXLER, J 81A) (USP DREXLER, J 81B) (USP DREXLER, J 81C)

(USP DREXLER, J 81D) (USP DREXLER, J 82A) (USP DREXLER, J 82B)

(USP DREXLER, J 82C) (USP DREXLER, J 82D)

Dreyer Laboratories

(USP DREYER, JF 51)

Eastman Kodak Company

(USP FLANAGAN, WC 63)

Energy Conversion Devices

(USP FEINLEIB,J 73)

FMC Corporation

(USP RADIMER,KJ 69) (USP RADIMER,KJ 70)

Fuji Photo Film Co., Ltd.

(USP KIDO,K 77)

Gauss Electrophysics, Inc.

(USP GREGG, DP 67)

71
3.6 PATENT ASSIGNEE INDEX 3.6 PATENT ASSIGNEE INDEX

General Electric Company

(USP SOMERS,LE 68)

Gevaert-Agfa

(USP BRINCKMAN,EM 69)

Grumman Aircraft Engineering Corporation

(USP ALBERTSON,CP 64)

Hitachi, Ltd.

, (USP TAKEDA,Y 77)

Honeywell Inc.

(USP HASKAL,H 72)

Hughes Aircraft Company

(USP PICKER, A 69)

International Business Machines Corporation

(USP BRODSKY,MH 73) (USP GORDON, JG 79) (USP HATCHETT,MR 78)

(USP LISSNER.RW 76) (USP MASSE, PR 74)

International Standard Electric Corporation

(USP STERLING, HF 72)

Intersound Limited

(USP MEIER-MALETZ,M 70)

Kalt, Charles G.

(USP KALT,CG 75)

Kollmorgen Technologies Corporation

(USP HERRMANN, G 78) (USP HERRMANN, G 73)

Matsushita Electric Industrial Co., Ltd.

(USP OHTA,T 76)

MCA Disco-Vision, Inc.

(USP BROADBENT,KD 75) (USP ELLIOTT, JE 76)

MCA Technology, Inc.

(USP GREGG, DP 70)

Minnesota Mining and Manufacturing Company

(USP BRADFORD, RS 69) (USP CLUNIS,K 66) (USP CLUNIS,K 69)

Nippon Electric Company, Limited

(USP HIRUTA,K 70)

Patent-Verweltungs-G.m.b.H.

(USP DICKOPP,G 72)

72
3.6 PATENT ASSIGNEE INDEX 3.6 PATENT ASSIGNEE INDEX

PerSci, Inc

(USP BRYER,PS 77)

Pertec Corporation

(USP BLEIMAN,LW 76)

Precision Instrument Company

(USP BECKER, CH 69)

RCA Corporation

(USP BELL,AE 78)

(USP BELL,AE 80C)

(USP BLOOM, A 77A)

(USP BLOOM, A 80A)

(USP BLOOM, A 80D)

(USP CREDELLE,TL 79)

(USP GOODMAN, LA 78)

(USP HEILMEIER,GH 72)

(USP LEEDOM,MA 76)

(USP ROSS,DL 73)

(USP SPONG,FW 80)

(USP WHITTEMORE,MJ 72)

(USP BELL,AE 80A)

(USP BELL,AE 80D)

(USP BLOOM, A 77B)

(USP BLOOM, A 80B)

(USP BRAUDY,RS 76)

(USP GILSON,AP 81)

(USP GOLDSCHMIDT,AM 79)

(USP IH,CC 72)

(USP PHILIPS, W 79)

(USP SHENG.P 79)

(USP STAEBLER,DL 80)

(USP WILBER,CS 77)

(USP BELL,AE SOB)

(USP BELL,AE 81)

(USP BLOOM, A 79)

(USP BLOOM, A 80C)

(USP CASTELLANO,JA 71)

(USP GOLDMACHER,JE 72)

(USP GOROG,I 77)

(USP KLEINKNECHT,HP 79)

(USP PRADERVAND,M 76)

(USP SPONG,FW 78)

(USP TODA,M 80)

Robert Bosch GmbH

(USP HAMISCH,H 71) (USP WOLFF, K 71)

Sanyo Electric Company, Ltd.

(USP TAKAHARA,I 76)

Shugart Associates

(USP DALZIEL,WL 75)

Siemens Aktiengesel Ischaft

(USP GRAF,P 74)

Silverman, Daniel

(USP SILVERMAN, D 73)

Singer Company

(USP SHILL,KE 71)

Teletype Corporation

(USP FECHTER,HG 73A) (USP FECHTER,HG 73B) (USP GLORIOSO,CA 76)

Thomson-Brandt

(USP LEHEREAU.JC 75)

Thomson-CSF

(USP LEMERER,JP 75)

Tokyo Shibaura Electric Co., Ltd.

(USP MORI,M 75)

73
3.6 PATENT ASSIGNEE INDEX 3.6 PATENT ASSIGNEE INDEX

United States of America

(USP ERICKSON,AM 72)

U.S. Philips Corporation

(USP BRAAT,JJ 76) (USP DELANG,H 78) (USP GREVE.PF 79)

(USP HILL,B 78) (USP JANSSEN.PJ 74) (USP KLEUTERS,WJ 79)

(USP KRAMER, P 77) (USP LAKERVELD,HG 77) (USP LAKERVELD,HG 78)

(USP LIPPITS,GJ 81) (USP PEPPERL,R 78) (USP VANBUUL,MC 78)

(USP VANROSMALEN,GE 77) (USP VANROSMALEN,GE 78)

Victor Company of Japan, Ltd.

(USP OHNUKI,K 74)

Westinghouse Electric Corporation

(USP DIXON, GD 72)

Xerox Corporation

(USP BEAN,LF 73) (USP HAAS, WE 74A) (USP HAAS, WE 748)

(USP HEURTLEY,JC 72) (USP JVIRBLIS,AE 71) (USP URBACH,JC 78)

Zenith Radio Corporation

(USP KORPEL,A 70) (USP KORPEL,A 76) (USP RENNICK,JL 75)

(USP WATSON, WH 76) (USP WHITMAN, RL 75)

74
4.0 CLASSIFICATION INDEX 4.0 CLASSIFICATION INDEX

4.0 CLASSIFICATION INDEX

4.1 ABLATION

(ASBECK,PM 79)

(GOLDBERG, MW 79)

(KENNEY,GC 778)

(LOU,DY 81)

(NOGUCHI,M 82)

(YAMADA,K 82)

(CHENG, D 81)

(KENNEY,GC 76)

(KENNEY,GC 77C)

(MANSURIPUR,M 82)

{PEPPERL,R 77)

(COHEN, MS 80)

(KENNEY,GC 77A)

(LAW,KY 80)

(MAYDAN,D 71)

(WROBEL,JJ 82)

4.2 ACOUSTOOPTICS AND ELECTROOPTICS

(AMODEI,JJ 72)

(CONROY,JJ 79)

(FEINLEIB,J 72)

(GUERIN,JM 79)

(HOU,SL 71)

(KAMINOW,IP 68)

(LAND,CE 69)

(MAYDAN,D 70A)

(NISENSON,P 72)

(PINNOW,DA 70)

(SKURNICK,E 79)

(TREVELYAN,B 69A)

(WARNER, AW 72)

(YEH,P 79)

(BADEMIAN,L 81)

(DIXON, RW 70)

(FELDMAN,A 79)

(GUNNING. WJ 79)

(IWASA,S 74)

(KAMINOW,IP 71)

(LEE,JN 69)

(MAYDAN,D 70B)

(OHTA,Y 78)

(PIZZO,RJ 80)

(SMITS.FM 67)

(TREVELYAN,B 698)

(WEAVER, JE 81)

(CASASENT,D 72)

(DUARDO,JA 80)

(GARMIRE,E 75)

(HENDERSON, DM 79)

(KAMINOW,IP 66)

(KATZKA,P 79)

(LEE,TC 68)

(MEYER, H 72)

(OWECHKO,Y 79)

(SCHOOT,CJ 73)

(TAKEDA,Y 74)

(UCHIDA,N 70)

(WHITMAN, RL 69)

4.3 ARCHIVAL

(AMMON,GJ 78) (AMMON,GJ 80) (AMMON,GJ 81A)

(BOSCH, MA 82) (DREXLER,J 81) (GELLER,SB 74)

(REDDERS0N,8R 808)

4.4 CURIE-POINT RECORDING

(AAGARD,RL 68)

(AAGARD,RL 73A)

(CHEN,D 68A)

( MAYER, L 588)

(WIEDER,H 73)

(AAGARD,RL 71)

(8ERNAL,GE 70)

(CHEN,D 708)

( MAYER, L 58C)

(AAGARD,RL 72)

(BERNAL,GE 71A)

(LEWICKI,GW 73)

(SCHULDT,S 71)

75
4.0 CLASSIFICATION INDEX 4.0 CLASSIFICATION INDEX

4.5 DETECTORS AND DETECTION

(ANDERSON, LK 66)

(GARMIRE,E 75)

(MELCHIOR,H 70)

(ZAKY,SG 72)

(BECK,JW 70)

(HEEMSKERK,JP 78)

(MELCHIOR,H 72)

(CHENG, D 81)

(MARCHANT,AB 82)

(NAKAMURA,JK 68)

4.6 DISK DRIVES AND SERVOSYSTEMS

(BOGELS,PW 76) (BRAAT,JJ 78A) (BRAAT,JJ 78B)

(BROWN, CJ 68) (KENNEY,GC 76) (KENNEY,GC 77A)

(KENNEY.GC 77B) (KENNEY,GC 77C) (KING,GW 65B)

4.7 ERROR DETECTION AND CORRECTION, CODING

(BERLEKAMP,ER 80)

(GRIFFITH, RL 69)

(KENNEY,GC 77B)

(SANDERS, LS 82)

(BOGELS,PW 76)

(KENNEY,GC 76)

(KENNEY,GC 77C)

(CORSOVER,SL 81)

(KENNEY,GC 77A)

(PATEL,AM 80)

4.8 HOLOGRAPHY AND HOLOGRAPHIC RECORDING

(AMODEI,JJ 71) (AMODEI,JJ 72) (ANDERSON, LK 67)

(ANDERSON, LK 68) (ANDERSON, LK 71) (BARDOS,A 74)

(BARTOLINI,RA 74) (BEESLEY,MJ 70) (BOSOMWORTH,DR 68)

(BRANDT, GB 68) (BURCKHARDT,CB 70) (BURKE, WJ 78)

(CATHEY,WT 74) (CHANG, BJ 80) (CHEN,CT 79A)

(CHEN,CT 79B) (CHEN,CT 80) (CHEN,FS 68)

(COLLIER, RJ 68) (COSENTINO,LS 73) (CREDELLE,TL 72)

(DALISA,AL 70) (DAURIA,L 73) (DAURIA,L 74)

(DEVELIS,JB 74) ( DRAKE, MD 74) (FORSHAW,MR 74)

(FRIESEM,AA 70) (GABOR,D 71) (GRAF,P 72)

(HANNAN,WJ 83) (HASKAL,HM 70) (HILL,B 72)

(HILL,B 73) (HORNER, JL 80) (HUHN,D 70)

(JENNEY,JA 70) (KIEMLE,H 72) (KIEMLE,H 74)

(KNIGHT, GR 75) (K0GELNIK,H 69) (KURTZ, RL 75)

(LABRUNIE,G 74) (LANGDON,RM 69) (LEE,TC 71)

(LEE,TC 72) (LEE,TC 79A) (LEE,TC 79B)

(LEE,WH 72) (LEUNG, KM 79) (LIN,LH 69)

(LIN,LH 70) (LIPP,J 71) (LOHMAN,RD 71)

(MATSUMURA,M 74) (MENZEL,RW 81) (MEZRICH,RS 69)

(MEZRICH,RS 70A) (MEZRICH,RS 70B) (MICHERON,F 72)

(MICHER0N,F 74A) {MIKAELIANE,AL 70) (NELSON, RH 74)

(PENNINGTON, KS 71) (RAJCHMAN,JA 70A) (RAJCHMAN,JA 70B)

(RAJCHMAN,JA 72) (REDDERSON,BR 80A) (ROBERTS, HN 72)

( ROBERTS, HN 74) (RULL,H 75) (RULL,H 76)

{SHANKOFF,TA 68) (SPITZ, E 72) ( STEWART, WC 70)

( STEWART, WC 72) ( STEWART, WC 73) (STREHLOW,WH 74)

76
4.0 CLASSIFICATION INDEX 4.0 CLASSIFICATION INDEX

(SUTHERLIN,KK 74)

(TSUKAMOTO,H 74)

(TSUNODA,Y 76)

(BASOV,NG 72)

(BOTEZ,D 78)

(CHANCE, DA 79)

(DICKSON, LD 70)

(FINDLAY,D 70)

(GARMIRE,E 75)

(KOGELNIK,H 66)

(LAMB, WE 64)

(MANSURIPUR,M 82)

(RYKALIN,NN 67)

(SUZUKI, T 70)

(VOUMARD,C 77)

(YOUNG, CG 69)

(TANAKA,M 72)

(TSUNODA,Y 73)

(URBACH,JC 66)

4.9 LASERS

(BERG, AD 76)

(BOUSKY,S 71)

(CROW,JD 79)

(ELECCION,M 72)

(FISHLOCK,D 69)

(HECHT,J 72)

(KRESSEL,H 74A)

(LYNCH, RT 79)

(MARINACE,JC 70)

(SMITH, PW 70)

(TH0RT0N,JR 69)

(WIEDER,H 71)

(THAXTER,JB 69)

(TSUNODA,Y 74)

(VANDERLUGT,A 73)

(BLOOM, AL 66)

(CARLSON, CD 66)

(DANEU,V 66)

(EMMEL,PM 80)

(FOWLER, VJ 66)

(JAVAN,A 61)

(KRESSEL,H 74B)

(MAIMAN,TH 60)

(NAKADA,0 74)

(SOROKIN,PP 79)

(TUFTE,ON 73B)

(WITTKE,JP 76)

4.10 MAGNETOOPTICS

(AAGARD,RL 68)

(AHN,KY 68)

(ALMASI,GS 71)

(BROWN, BR 72)

(CHEN,D 68A)

(DILLON, JF 63)

(FAN,GJ 71)

(FELDTKELLER,E 72)

(HUNT,RP 69)

(KRUMME,JP 73B)

(LACKLISON,DE 75)

(PATLACH,AM 72)

(SHAHBENDER,R 74)

(SUITS, JC 66)

(TREVES, D 67)

(TU,KN 72)

(AAGARD,RL 71)

(AHRENKIEL,RK 73)

(BECK,JW 70)

(CHANG, JT 76)

(CHIDA,K 77)

(ESCHENFELDER,AH 70)

(FAN,GY 67)

(FUJIWARA,T 72)

(JUDY,JH 71)

(KRUMME,JP 75)

(MACDONALD,RE 69)

(SALANSKY,NM 74)

(SHELTON,CF 73)

(SUITS, JC 68)

(TREVES, D 69)

(WANG,S 71)

(AAGARD,RL 73B)

(AHRENKIEL,RK 74)

(BERNAL.GE 70)

(CHAUDHARI,P 73)

(CHOW,KK 68)

(EVTIHIEV,NN 76)

(FAN,GY 68)

(GOLDBERG, N 67)

(KOKUBU,A 72)

(LACKLISON,DE 73)

(MCGUIRE,TR 71)

(SCHULDT,S 71)

(SMITH, DO 67)

(SUITS, JC 72)

(TSUJIYAMA,B 72)

4.11 MATERIALS AND PROPERTIES

(AAGARD,RL 72)

(AHN,KY 68)

(AHN,KY 71)

(AHRENKIEL,RK 75)

(ANDRESEN,AF 67)

(ASHKIN,A 66)

(BLOM,GM 79)

(ADACHI,K 61)

(AHN,KY 70A)

(AHRENKIEL,RK 73)

(AISENBERG,S 81)

(ANDRESEN,AF 72)

(BEAN, CP 55)

(BOOTH, BL 72)

(ADAMS, E 56)

(AHN,KY 70B)

(AHRENKIEL,RK 74)

(ALLEN, TH 81)

(ASH,GS 80)

(BELL,AE 82)

(BORDOGNA,J 72)

77
4.0 CLASSIFICATION INDEX 4.0 CLASSIFICATION INDEX

BORRELLI,NF 72)

CASASENT,D 79)

CHEN,D 65)

CHEN,D 67B)

CHEN,D 70A)

CHEN,T 74)

CLARK, MG 73)

C0MST0CK,RL 70B)

DEKKER,P 76)

DILLON, JF 70)

DUNCAN, RC 70)

FAUGHNAN,BW 69)

FLIPPEN,RB 73)

FOWLER, CA 56A)

GOODENOUGH,JB 61)

HARTSTEIN,A 80)

HERD,SR 82A)

JIPSON,VB 81)

KATSUI,A 76)

LACKLISON,DE 73)

LEE,K 73A)

LIU,TS 71)

MAYER, L 60A)

MEGLA,GK 76)

NELSON, TJ 68)

OVSHINSKY,SR 72)

RALSTON, LM 81)

ROBERTS, BW 56)

SAWATZKY,E 71B)

SEYBOLT,AU 56)

SHIBATA,K 72)

STOFFEL,AM 70)

SUITS, JC 68)

THORTON,JR 69)

TOLKSDORF,W 75)

TREVELYAN,B 69B)

UNGER,WK 71A)

UNGER,WK 72A)

VONDERLINDE,D 74)

WEAVER, SE 80)

WILLIAMS, HJ 51)

WILLIAMS, HJ 58)

BORRELLI,NF 80)

CHAUDHARI,P 73)

CHEN,D 66)

CHEN,D 68A)

CHEN.D 70B)

CHENG, D 81)

COLBURN,WS 71)

CONGLETON,DB 77)

DILLON, JF 59)

DITTMER,G 77)

EVTIHIEV,NN 76)

FELDTKELLER,E 72)

FOWLER, CA 52)

FOWLER, CA 56B)

GOULD, HL 57)

HEIKES,RR 55)

HERD,SR 82B)

JUDY,JH 71)

KIM, DM 77)

LAND,CE 69)

LEWICKI,GW 70)

LO,DS 74)

MAYER, L 60B)

MIMURA,Y 76)

NEUGEBAUER,CA 59)

PALMOS 79)

RATAJCZAK,H 70)

ROBERTSON, JM 75)

SAWATZKY,E 71C)

SHELTON,CF 73)

SHUMATE, PW 71)

STREET, GB 72)

SUITS, JC 71)

TOGAMI,Y 78)

TOMLINSON,WJ 70)

TU,KN 72)

UNGER,WK 71B)

UNGER,WK 72B)

WANG,S 71)

WILDER, H 73A)

WILLIAMS, HJ 57A)

WU,CK 79)

BROUHA,M 75)

CHEN,CH 80)

CHEN,D 67A)

CHEN,D 68B)

CHEN,FS 69)

CHOW,KK 68)

COMSTOCK,RL 70A)

DAVAL,J 75)

DILLON, JF 63)

DIXON, RW 67)

FAN,G 70)

FERRE,J 71)

FOWLER, CA 55)

FUJIWARA,T 72)

GUNTHERODT,G 70)

HEILMEIER,GH 68)

HOWE,DG 81)

KAMINOW,IP 68)

KRUMME,JP 73A)

LEE,K 71)

LIN,LH 71)

LOU,DY 81)

MCGUIRE,TR 71)

NEALE,RG 73)

OUCHI,K 72)

PLATT,JR 61)

ROBERTS, BW 54)

SAWATZKY,E 71A)

SCOTT, GB 76)

SHERWOOD, RC 71)

STARK, H 71)

SUITS, JC 66)

THAXTER,JB 74)

TOGAMI,Y 82)

TOROK,EJ 78)

UNGER,WK 70)

UNGER,WK 71C)

VOLKER,S 79)

WASHCO,S 76)

WIEDER,H 73B)

WILLIAMS, HJ 57B)

4.12 MEDIA

(AHN,KY 82)

(AISENBERG,S 81)

(ANDERSON, HR 71)

(BARTOLINI,RA 81A)

(BELL,AE 78)

(AHRENKIEL,RK 73)

(ALLEN, TH 81)

(ASH,GS 80)

(BARTOLINI,RA 81B)

(BELL,AE 79A)

(AHRENKIEL,RK 74)

(AMODEI,JJ 72)

(BARTOLINI,RA 76)

(BEESLEY,MJ 70)

(BELL,AE 79B)

78
4.0 CLASSIFICATION INDEX 4.0 CLASSIFICATION INDEX

BLOM,GM 79)

BORRELLI,NF 79)

BRODY,H 82)

CHEN,D 64)

CHEN,D 71)

CHEN,FS 68)

CHOW,KK 68)

COMSTOCK,RL 70B)

DEKKER,P 74)

EGASHIRA,K 74)

HAUDEK,H 71)

JIPSON,VB 81)

LAW,KY 80)

LEWICKI,GW 70)

SMITH, AW 73)

SUNAGO,K 76)

TOGAMI,Y 82)

( BOOTH, BL 72)

(BORRELLI,NF 80)

(BROWN, BR 74)

(CHEN,D 68B)

(CHEN,D 73)

(CHEN,M 81)

(COEURE,P 71)

(CRAIGHEAD, HG 82)

(DREXLER,J 81)

(EVTIHIEV,NN 76)

(HERD,SR 82A)

(KIVITS,P 81)

(LEE,K 73B)

(MIMURA,Y 76)

(SMITH, TW 81)

(TERAO,M 79)

(VONGUTFELD,RJ 72)

(BORDOGNA,J 72)

(BOSCH, MA 82)

(CHAUDHARI,P 73)

(CHEN,D 70A)

(CHEN,D 74)

(CHIDA,K 77)

(C0MST0CK,RL 70A)

(CREDELLE,TL 72)

(EDEN,DD 81)

(HARTSTEIN,A 80)

(HERD,SR 82B)

(LANGLET,R 73)

(LEWICKI,GW 69)

(RANCOURT,JD 81)

(STRAND, D 80)

(TOGAMI.Y 78)

4.13 OPTICS

AMMON,GJ 81B) (BLOOM, AL 66) (BOUHUIS,G 78)

BRICOT,C 76) (CHANCE, DA 79) (CHEN,FS 69)

CHENG, CC 79) (CLOVER, RB 71) (DENTON, RT 72)

DICKSON, LD 70) (ELECCION,M 72) (FILES, V 71)

FISHL0CK,D 69) (FOWLER, VJ 66) (GABOR,D 48)

GABOR,D 71) (GOROG,I 78A) (GOROG,I 78B)

HASKAL,HM 71 A) (HOPKINS, HH 53) (HOPKINS, HH 66)

HOPKINS, HH 67) (HOPKINS, RE 76) (HORNER, JL 80)

JAVAN,A 61) (JOHANNES, R 70) (JOHNSON, RV 79)

KOGELNIK,H 66) (KOGELNIK,H 69) (KORPEL,A 78)

KRAMER, CJ 79) (LAMB, WE 64) (LAND,CE 69)

LAUB,LJ 76) (LEITH,EN 62) (LEITH,EN 67)

LEUNG, KM 79) (LYNCH, RT 79) (MARECHAL,A 47)

MATSUMURA,M 74) (MAYER, L 55) (MAYER, L 57)

MAYER, L 58A) (MITSUHASHI,Y 76) (PASKO,JG 79)

ROSENKRANTZ,LJ 79) (SCHMIDT, U 69) (SCHNEIDER, I 70)

SMITH, PW 70) (TITLE, AM 79) (TOMLINSON,WJ 70)

TOMLINSON,WJ 72) (TUFTE,ON 73B) (VELZEL,CH 78)

VOUMARD,C 77) (ZOOK,JD 72) (ZOOK,JD 74)

4.14 OVERVIEWS. REVIEWS, SURVEYS, AND GENERAL

(BARRETT, R 81) (BARRETT, R 82) (BARTOLINI ,RA 78)

(BOUSKY,S 76) (CHEN,D 75) (CHI,CS 82)

(CLEMENS, JK 82) (GOLDSTEIN, CM 82) (HASKAL,HM 77)

(HOAGLAND,AS 72) (HOAGLAND,AS 79) ( JAMBERDINO,AA 81A)

(JAMBERDINO,AA 81B) ( JAMBERDINO,AA 81C) (JONES, K 81)

(KENVILLE,RF 81) (KING,GW 65A) (KIRTON,J 74)

(LAND,CE 78) (LASERF 74) (MATICK,RE 72)

(MCLEOD, J 81A) (MCLEOD, J 81B) (MENNIE,D 79)

79
4.0 CLASSIFICATION INDEX 4.0 CLASSIFICATION INDEX

(NEARY,DR 82)

(STREET, J 80)

(WALTER, GO 82)

(WHITE, RM 80)

(ROLPH,S 80)

(TUFTE,ON 73A)

(WARNAR,RB 79)

(ZERNIKE,F 78)

(SMITH, K 80)

(VOOS,H 80)

(WEITZMAN,C 70)

4.15 PHYSICS

(BROUT,R 65) (KITTEL,C 46) (NIJBOER,BR 57)

(SCHNEIDER, I 70)

4.16 RECORDING STRUCTURES

(BARTOLINI,RA 79)

(KENNEY,GC 77B)

(LOU,DY 82)

(SHERIDON,NK 72)

(KENNEY,GC 76)

(KENNEY,GC 77C)

(PALERMO, P 77)

(KENNEY,GC 77A)

(LOU,DY 81)

(RANCOURT,JD 81)

4.17 SYSTEM DESCRIPTIONS

(AMMON,GJ 79)

(BROADBENT,KD 74)

(BURNS, LL 80)

(FIRESTER,AH 78B)

(HERZOG,DG 79)

(KACZOROWSKI,EM 77)

(KENNEY,GC 77A)

(KENNEY,GC 79)

(MCCOY, DS 78)

(PIERSON,PB 79)

{ULMER,DE 79)

(BECKER, CH 66)

(BULTHUIS,K 79)

(CASHMAN,MW 73)

(GRAY, EE 72)

(HRBEK,GW 74)

(KEIZER,EO 78)

(KENNEY,GC 77B)

(KENVILLE,RF 78)

(MCFARLAND,K 68)

(REDDERSON,BR 80A

(WATKINS,JW 81)

(BOWERS, DM 65)

(BURNS, LL 79)

(FIRESTER,AH 78A)

(HEFFNER,P 79)

(JOHNSON, C 75)

(KENNEY,GC 76)

(KENNEY,GC 77C)

(KUEHLER,JD 66)

(NARUSE,Y 78)

(RUSSELL, JT 76)

4.18 THERMOMAGNETIC RECORDING

(BERKOWITZ,AE 71)

(BROUHA,M 75)

(FROST, WT 74)

(HUTH,BG 74)

(MEE,CD 67)

(SHELTON,CF 74)

(WARING, RK 71)

(YOSHII,S 74)

(BERKOWITZ,AE 75)

(COUERE,P 71)

(HASKAL,HM 71B)

(LANGLET,R 72)

(MINNAJA,N 73)

(SUNAGO,K 76)

(WIEDER,H 71B)

(BERNAL,GE 71B)

(DOYLE, WD 70)

(HONDA, S 73)

(MATSHUSHITA,S 75)

(ONO,Y 72)

(UNGER,WK 71C)

(WIEDER,H 73B)

4.19 THERMOPLASTIC RECORDING

(ANDERSON, HR 71) (COLBURN,WS 74) (CREDELLE,TL 72)

(JOHNSON, LH 78) (LEE,TC 79A) (LEE,TC 79C)

(LIN,LH 70) (URBACH,JC 66)

80
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATI

5.0 CITATIONS

5.1 MEDIA ANNOTATIONS

(AHN,KY 82) Ahn, K.Y., T.H. DiStefano, S.R. Herd, N.J. Mazzeo,

and K.N. Tu. "High-Sensitivity Silicide Films for Optical

Recording." Journal of Applied Physics. Vol. 53, No. 9,

September 1982, pp. 6360-6364. 4 refs.

This recent paper gives the results of sensitivity

experiments performed on a variety of substrates for

bilayer and trilayer structures of silicide films.

Techniques for reduction of laser writing power are tried and found to significantly reduce the power

necessary for writing. Preparation of active films

is discussed. Materials studied were: Rh, RhB,

RhB-Si, and Al-Si02-Au-Si

(AHRENKIEL,RK 73) Ahrenkiel, R.K. and T.J. Coburn. "Hot-pressed

CoCr2S4: A Magneto-Optical Memory Material." Applied

Physics Letters. Vol. 22, No. 7, April 1, 1973, pp.

340-341. 7 refs.

This paper describes investigations of hot-pressed

CoCr2S4 for desirable characteristics regarding its

potential use as an optical storage medium. Measurements

of physical properties related to the Kerr and Faraday

effects are made and two figures-of -merit are defined.

One of these figures-of -merit is for the readout by

the Faraday effect and the other is for readout by

the Kerr effect. No information regarding recording

density, writing power required, or writing rates is

presented. It is found that hot-pressed CoCr2S4 has

several properties which are useful in a thermomagnetic recording scheme.

(AHRENKIEL, RK 74) Ahrenkiel, Richard K., Theodore J. Coburn, and

Edward Carnal, Jr. "Magnetooptical Properties of

Ferrimagnetic CoCr2S4 in the Near Infrared." IEEE

Transactions on Magnetics. Vol. MAG-10, No. 1,

March 1974, pp. 2-7. 12 refs.

The properties of hot-pressed CoCr2S4 are investigated

and reported more extensively than was done in a previous

paper (AHRENKIEL, RK 73). Some attention is in this later

paper to the use of CoCr2S4 as an optical memory material.

It is mentioned that the large magnetooptic effects occur

at wavelengths for which commercial lasers are not available

(circa 1974) and that cryogenic atmospheres are necessary.

81
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(AISENBERG.S 81) Aisenberg, S., and M. Stein. "Novel Materials for

Improved Optical Disk Lifetime." Beiser, Leo, ed.

Proceedings of the Society of Photo-Optical Instrumentation Engineers: Advances in Laser Scanning

Technology; August 27-28, 1981; San Diego, California.

Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1981; Vol. 299:

pp. 64-67. 6 refs.

While this article is not written about recording media

per se, it is concerned with the protection of thin

metallic films from oxygen and water vapor infiltration.

A film of diamond-like carbon is deposited on the surface

to be protected by using a plasma-ion beam deposition

technique. The film provides hermetic protection due

to the small interatomic spacing of carbon. Films about

800-1000 Angstroms (80-100 nm) thick are expected to act

as a suitable oxygen barrier to prevent oxidation of

protected surfaces. Some important characteristics of

the protective film are: flexibility, good adhesion on many materials, good optical transmission and low

absorption, and erosion resistance. The film is also

an electrical insulator.

(ALLEN, TH 81) Allen, Thomas H. and Gary S. Ash. "Optical

Properties of Tellurium Films Used for Data Recording."

Optical Engineering. Vol. 20, No. 3, May-June 1981,

pp. 373-376. 13 refs.

"The complex optical index of refraction for evaporated

films of tellurium has been measured using ellipsometry

over the wavelength range 439 to 633 nm. Values of n and k as a function of thickness are presented. The

transmittance and reflectance of single layers of tellurium,

as well as multilayer structures to be used for optical data

recording media, are shown as a function of wavelength.

Oxide formation of the films has also been measured,

and a model for the role of oxides in altering adhesion

of the films is presented."

(AMODEI,JJ 72) Amodei, J.J., W. Phillips, and D.L. Staebler. "Improved

Electrooptic Materials and Fixing Techniques for Holographic

Recording." Applied Optics. Vol. 11, No. 2, February 1972,

pp. 390-396. 11 refs.

Improvements in the storage performance of lithium

niobate and barium sodium niobate are reported in this

paper. Enhancements are achieved by the introduction

of transition metal impurities or by irradiating undoped

crystals. These modified materials have increased

82
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

sensitivity with diffraction efficiencies well over 50%.

Fixing techniques permit nondestructive readout for

phase-holograms stored in single thick crystals of lithium

niobate and barium sodium niobate. Good quality storage

is shown to exist for approximately five months. Estimates

of storage times between five and fifteen years are predicted for samples stored at QOC.

(ANDERSON, HR 71) Anderson, H.R., Jr., E.A. Bartkus, and J. A. Reynolds.

"Molecular Engineering in the Development of Materials for

Thermoplastic Recording." IBM Journal of Research and Development. Vol. 15, No. 2, March 1971, pp. 140-150.

4 refs.

Polymerization, testing, and preparation of thermoplastic

media is discussed. Two types of recording tests were

performed: One to determine the response characteristics

of thermoplastics in air and the other to determine their

characteristics in vacuo. Various polymers are studied

and response characteristics are found to be affected

strongly by the plasticizer content of the polymer. Coating

thickness is an important factor in controlling the rate-ofresponse. Write-read-erase cycle testing is performed

on various thermoplastics. Styrene-octyl-decyl methacrylate

(85-15) copolymer film is subjected to 50,000 write-readerase cycles with equivalent deformations being produced

at the beginning and end of the cycling period. The

thermoplastic recording properties of a polymer are found

to be related to the polymer chemistry, molecular weight,

and the degree and type of plasticization.

(ASH.GS 80) Ash, Gary S., and Thomas H. Allen. "Optical

Properties of Tellurium Films Used for Data Recording."

Jamberdino, Albert A., ed. Proceedings of the Society

of Photo-Optical Instrumentation Engineers: Laser

Scanning and Recording for Advanced Image and Data

Handling; April 8-9, 1980; Washington, D.C. Bellingham,

Washington: Society of Photo-Optical Instrumentation

Engineers; 1980; Vol. 222: pp. 64-69. 13 refs.

Optical constants for tellurium at wavelengths ranging

from 439 to 633 nm are measured and reported in this

paper. Deposition of films is discussed and the theory

of ellipsometry for the measurements is given.

Measurements are made on film thicknesses in the range

from 6 to 208 Angstrom units (0.6 to 20.8 nm). Adhesion

properties of tellurium deposited on glass substrates are investigated and found to be poor but improved with aging.

This is believed to be due to the formation of

an oxide film at the interface. Measured values of

reflectance and transmittance of single-layer tellurium

83
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

films with a thickness of 250 Angstrom units (25.0 nm) are given as well as absorptance for a three-layer design.

(BARTOLINI,RA 76) Bartolini, R.A., H.A. Weakliem, and B.F. Williams.

"Review and Analysis of Optical Recording Media."

Optical Engineering. Vol. 15, No. 2, March-April 1976,

pp. 99-108. 54 refs.

Optical recording materials are organized into

eleven classes. Several materials for each class are

; tabulated and characteristics of the materials

are provided. Some of the characteristics given are usable thickness, recording process, processing,

recording sensitivity, and resolution. A procedure

is described which facilitates choosing recording

materials based on system requirements.

(BARTOLINI, RA 81A) Bartolini, R.A. "Media for High Density Optical

Recording." DiStephano, T.H. ed Proceedings of the

Society of Photo-Optical Instrumentation Engineers:

Optical Storage Materials; November 18, 1980; Ossining,

New York. BelTingham Washington: Society of

Photo-Optical Instrumentation Engineers; 1981;

Vol. 263: pp. 70-74. 11 refs.

This article begins with a list of advantages that

optical disk recording systems provide. This is followed

by a short description of a basic optical storage

concept. Succeeding topics delineate the desired

characteristics for optical recording media.

A tellurium tri layer recording structure is then described.

Sources of defects are discussed. A subbing layer

placed over the substrate material can be used to

minimize defects from one source.

(BARTOLINI, RA 81B) Bartolini, Robert A. "Media for High-Density

Optical Recording." Optical Engineering. Vol. 20, No. 3,

May-June 1981, pp. 382-386. 11 refs.

For annotation of this paper, see (BARTOLINI, RA 81A).

(BEESLEY,MJ 70) Beesley, M.J., and J.G. Castledine. "The Use of

Photoresist as a Holographic Recording Medium." Applied

Optics. Vol. 9, No. 12, December 1970, pp. 2720-2724.

6 refs.

This paper describes the use of pre-exposure or post-exposure

techniques for reducing the exposure times required for storing

holograms in a photo-resist material. The use of pre-exposure

techniques can reduce exposure time to about 25% of the normal

value. Pre-exposure also reduces the effects of stray light.

84
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATI

(BELL.AE 78) Bell, Alan E., and Fred W. Spong. "Antiref lection

Structures for Optical Recording." IEEE Journal of

Quantum Electronics. Vol. QE-14, No. 7, July 1978,

pp. 487-495. 23 refs.

Three optical recording structures are described:

Monolayer structures, bi layer antiref lection structures,

and tri layer antiref lection structures. It is found

that the bi layer antiref lection structures are of

particular value for use with organic dye film

recording media and that the tri layer structures are more appropriately used with metallic film recording

media.

(BELL,AE 79A) Bell, A.E., and R.A. Bartolini. "High-Performance

Te Tri layer for Optical Recording." Applied Physics

Letters. Vol. 34, No. 4, February 15, 1979, pp. 275-276.

4 refs.

This is a report on the optical recording characteristics

of a fully encapsulated tellurium tri layer structure.

The tellurium tri layer structure maintains the 50 dB

signal-to-noise ratio quoted for a titanium tri layer

structure (BELL,AE 79B). Recording sensitivity of the

tellurium is shown to be 4 times as great as for

titanium. With this increased sensitivity, the tellurium

tri layer can be optimized for recording with GaAs

laser diodes which have a wavelength of approximately

800 nm.

(BELL,AE 79B) Bell, A.E., R.A. Bartolini, and F.W. Spong.

"Optical Recording With The Encapsulated Titanium

Tri layer." RCA Review. Vol. 40, No. 3, September 1979,

pp. 345-362. 5 refs.

This paper concentrates on RCA's Encapsulated Titanium

Tri layer optical recording disk. The design is described

and substrates and encapsulation are discussed. One

feature of this paper is that errors (detected dropouts)

are shown for encapsulated and non-encapsulated disks

for various states of surface cleanliness. Signal-tonoise ratios equal to or greater than 50 dB are achieved with this encapsulated titanium tri layer

medium deposited on a plastic substrate. Recording

beam power of 25 mW incident on the disk surface is

employed in achieving this performance.

85
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(BLOM,GM 79) Blom, G.M. "Single Te Films and Te Trilayers for

Optical Recording." Applied Physics Letters. Vol.35, No. 1,

July 1, 1979, pp. 81-83. 6 refs.

This paper compares the characteristics of single

layer tellurium films with those of tellurium tri layer

structures. Signal-to-noise ratios are enhanced by

utilizing the tri layer antiref lection structure.

Thermal design is beneficial in optimizing the

performance for optical recording. Tests were performed

using a He-Cd laser with a wavelength of 4416 Angstroms

(441.6 nm).

(BOOTH, BL 72) Booth, B.L. "Polymer Material for Holography." Applied

Optics. Vol. 11, No. 12, December 1972, pp. 2994-2995.

5 refs.

DuPont photopolymer film is subjected to several experiments

relative to holographic storage. For most thicknesses

of the film coated on glass, Kogelnik's criteria for

volume holograms is satisfied. Various wavelengths

of light for recording the holograms are employed with

good results. Results of this experimentation enables

optimization of dye concentrations and thickness for

both sensitivity and peak diffraction efficiency.

(BORDOGNA,J 72) Bordogna, Joseph, Scott A. Keneman, and Juan J.

Amodei. "Recyclable Holographic Storage Media."

RCA Review. Vol. 33, No. 1, March 1972, pp. 227-247.

63 refs.

Several materials are investigated for their potential

applicability as recyclable holographic storage media.

The investigations are not limited to one writing or reading technique. Several techniques are used; e.g.,

magnetooptics, electrooptics, and plastic deformation.

A figure-of -merit is defined for use as a guideline

in the choice of holographic storage media.

(BORRFLLI,NF 79) Borrelli, Nicholas F., and Peter L. Young. "New

Thin Film Optical Recording Medium." Jamberdino, Albert

A., ed. Proceedings of the Society of Photo-Optical

Instrumentation Engineers: Laser Recording and Information Handling; August 27-28, 1979; San Diego, California. Bellingham, Washington: Society of PhotoOptical Instrumentation Engineers; 1979; Vol. 200:

pp. 51-56. 3 refs.

An erasable film structure composed of a silver halide phase

in contact with a chemically produced discontinuous silver

phase is described and a mechanism is proposed to explain

86
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

the induced optical anisotropy when the material is

exposed to light from a polarized He-Ne laser. The

polarized He-Ne laser is used as the writing and erasing

source and a GaAs laser is employed for the readout

source. Erasure is accomplished by re-exposing the

recorded spot to a 45 or 90 degree rotation of the

polarization direction of the write beam.

(BORRELLI.NF 80) Borrelli, N.F., and P.L. Young. "Read-Wri te-Erasable

Thin Film Optical Recording Medium." Jamberdino, Albert

A., ed. Proceedings of the Society of Photo-Optical

Instrumentation Engineers: Laser Scanning and Recording

for Advanced Image and Data Handling; April 8-9, 1980;

Washington, D.C. Bellingham, Washington: Society of

Photo-Optical Instrumentation Engineers; 1980; Vol. 222:

pp. 48-53. 2 refs.

Writing, reading, and erasure on a silver halide thin

film structure is shown to be possible in an earlier

paper (BORRELLI, NF 79). This later paper presents

recording data relevant to the writing sensitivity, the

resulting contrast, and efficiency of erasing. The

extent to which write-read-erase recycling can be done

without degradation of the material is not determined.

(BOSCH, MA 82) Bosch, M.A., K.S. Kang, S. Hackwood, G. Beni, and

J.L. Shay. "Optical Writing on Blue, Sputtered Iridium

Oxide Films." Applied Physics Letters. Vol. 41, No. 1,

July 1, 1982, pp. 103-105. 8 refs.

An interesting mechanism for optical writing on sputtered

iridium oxide films is investigated. A laser beam

is used to dehydrate the film where the beam is

focused. A change in the film's microstructure occurs in

the exposed region producing a change in its optical

characteristics. Both electronic conductivity measurements

and optical spectra support this dehydration theory.

It is claimed that high contrast writing at low power is

due to dehydration accompanied by film shrinkage. Due to

the high stability of iridium oxide films this process seems promising for optical archival information storage.

(BRODY,H 82) Brody, Herb. "Materials for Optical Storage: A

State-of-the-Art Survey." Journal of Micrographics.

Vol. 15, No. 1, January 1982, pp. 33-37. No refs.

This article first discusses the impossibility of

producing the ideal optical storage medium and then moves

on to discuss the characteristics required for a suitable recording medium. Several classes of recording

media are discussed and include: Thin metal films.

87
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

dye films, photographic and electrophotographic media,

bubble media, and erasable media.

(BROWN, BR 74) Brown, B.R. "Optical Data Storage Potential of Six

Materials." Applied Optics. Vol. 13, No. 4, April 1974,

pp. 761-766. 10 refs.

Six materials are subjected to writing sensitivity

measurements and tests for resolution limits. The read/write

experiments are made using GaAs lasers. Two materials have

resolution limits due to grain noise, one to domain

stability, and two demonstrate wavelength limited

resolution. PtCo appears capable of greater than

108 bits/cm2 (6.45 x 108 bits/in2) at data rates of

50 Mbits/second. Readout signal-to-noise ratios are calculated on theoretical grounds.

(CHAUDHARI,P 73) Chaudhari, P., J.J. Cuomo, and R.J. Gambino. "Amorphous

Metallic Films for Magneto-Optic Applications." Applied

Physics Letters. Vol. 22, No. 7, April 1, 1973,

pp. 337-339. 4 refs.

Compositions of Gd-Co have been found which have

compensation points near room temperature. One consequence of this is the possibility of using GdCo films

as a write-read-erase storage medium. Magnetooptic

properties of these films are reported here and write

and erase experiments are performed. Typical laser

power density required is 0.5 nJ/um^ with a 1 nsec pulsewidth to write a spot with a diameter of a few

micrometers. Two methods of erasure are achieved;

i.e., erasure can be accomplished by using a large

bias field at room temperature, or a laser pulse

similar to the write pulse can be used in conjunction

with a smaller bias field to accomplish erasure. Good

signal-to-noise ratios are observed. Write-read-erase

cycling can be accomplished many times without

degradation of the films.

(CHEN,D 64) Chen, D., and Y. Gondo. "Temperature Dependence

of the Magneto-Optic Effect and Resonance Phenomena

in Oriented MnBi Films." Journal of Applied Physics.

Vol. 35, No. 3, March 1964, pp. 1024-1025.

7 refs.

Observations of the magnetooptic properties of

oriented MnBi films are made at temperatures

ranging from SO^K to 300OK. The films are polycrystal 1 ine thin films with the c axis of the

crystallites oriented perpendicular to the plane

of the film. As the temperature decreases from

300OK to 840K, it was found that the Kerr rotation

88
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

decreases by a factor of 3/2 when the film is in

the remanent state and increases by a factor of 10

when the film is in the saturation state. It is

also observed that the resistivity decreases by a factor of 2 and the reflected light intensity

decreases by a factor of 6. The anisotropy

constant estimated from ferromagnetic resonance

data decreases from 4.5 x 106 erg/cm3

(4.5 X 10-1 j/cm3) at 1620K to zero at 840K.

(CHEN,D 68B) Chen, D., J.F. Ready, and E. Bernal G. "MnBi Thin Films:

Physical Properties and Memory Applications." Journal of

Applied Physics. Vol. 39, No. 8, July 1968, pp. 3916-3927.

20 refs.

This paper describes MnBi film preparation; discusses

the relationship of absorption coefficients, wavelength,

and Faraday rotation; and magnetic properties of the

MnBi-mica films. Writing techniques, reading techniques,

and reading speed at a good signal-to-noise ratio are thoroughly discussed. Experimental results which are given on the required laser power, writing spot size,

signal-to-noise ratios, and readout rates are in general

agreement with theoretical analysis.

(CHEN,D 70A) Chen, D., R.L. Aagard, and T.S. Liu. "MagnetoOptic Properties of Quenched Thin Films of MnBi and

Optical Memory Experiments." Journal of Applied

Physics. Vol. 41, No. 3, March 1, 1970, pp. 1395-1396.

7 refs.

Low temperature phase MnBi thin films are prepared and

their physical properties are measured and compared.

Optical memory experiments are performed using the

high temperature phase quenched film. The results of

laser Curie-point writing indicates that high temperature

quenched phase MnBi is more desirable as an optical

storage medium than the low temperature phase film. The

quenched high temperature phase film anneals back to

the low temperature phase with an annealing time

constant of about 2 years at room temperature and an activation energy of 1.08 eV (1.73 x 10-19 j). useful

life is shorter than predicted by the annealing time

constant since the Curie-point writing characteristics

are affected by only a small amount of transformation to

the normal phase. Further information on the high

temperature phase MnBi film characteristics are presented in (CHEN,D 70B) which is not separately

annotated.

89
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(CHEN,D 71) Chen, Di. "Preparation and Stability of MnBi Thin Films."

Journal of Applied Physics. Vol. 42, No. 9, August 1971,

pp. 3625-3628, 13 refs.

A new vapor deposition method of preparing MnBi thin

films is described in this paper. This method deposits

the low temperature phase MnBi which is transformable

to the high temperature phase by quenching from

above 360OC.

(CHEN,D 73) Chen, Di, Gary N. Otto, and Francis M. Schmit. "MnBi Films

for Magnetooptic Recording." IEEE Transactions on Magnetics.

. Vol. MAG-9, No. 2, June 1973, pp. 66-83.

43 refs.

This comprehensive treatment of magnetooptic recording

on MnBi films gives an in-depth coverage of film

preparation, magnetic properties, optical and

magnetooptic properties of manganese bismuth. The

mechanism of thermomagnetic writing on these films is

described as well as the magnetooptic readout technique.

Results of thermomagnetic writing on and magnetooptic

reading from an MnBi coated glass disk are discussed.

Some attention is also given to holographic memories

on MnBi films.

(CHEN,D 74) Chen, D. "Magnetic Materials for Optical Recording."

Applied Optics. Vol. 13, No. 4, April 1974, pp. 767-778.

40 refs.

This paper presents a review of the present status

(circa 1974) of optomagnetic recording technology. A

table of eleven recording parameters for 21

magnetooptic memory materials is presented.

(CHEN,FS 68) Chen, F.S., J.T. LaMacchia, and D.B. Eraser. "Holographic

Storage in Lithium Niobate." Applied Physics Letters. Vol. 13,

No. 7, October 1, 1968, pp. 223-225. 5 refs.

This paper describes experiments using lithium niobate

as a holographic storage medium. Complete erasure is

possible by heating the crystals to 170<^C. Diffraction

efficiencies up to 40% and recorded spatial frequencies

up to 1600 lines/mm are reported. A related paper (CHEN,FS 69)

studies in depth the optically induced change of refractive

indices responsible for the performance of lithium niobate

as a holographic storage medium.

90
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(CHEN,M 81) Chen, M., and V. Marrello. "The Effect of Overcoats

on the Ablative Writing Characteristics of Tellurium

Films." DiStephano, T.H., ed Proceedings of the Society

of Photo-Optical Instrumentation Engineers: Optical

Storage Materials; November 18,1980; Ossining, New

York. Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1981; Vol. 263: pp. 75-77.

7 refs.

Degradation in the writing sensitivity of Te films is

found to occur as a result of recording through surface

coatings of silicon dioxide or polymethyl methacrylate.

Experiments are made using several thicknesses of

overcoats. Measurement results are compared to results of

thermal calculations. Effects on the writing sensitivity

which are not thermal in nature are also noted.

(CHIDA,K 77) Chida, Kazunori, Bunjiro Tsujiyama, Akinori

Katsui, and Kazumichi Egashira. "Magnetooptical

Memory Experiments on a Rotating Mn-Cu-Bi Disk

Medium." IEEE Transactions on Magnetics. Vol.

MAG-13, No. 3, May 1977, pp. 982-988. 18 refs.

Dynamic memory characteristics of a magnetooptic memory

medium are investigated. The medium consists of vacuum

deposited layers of Bi, Mn, and Cu with an overcoating

of SiO. The material is deposited on a 139mm diameter

glass disk. Writing on the disk is performed at a 0.5 MHz rate. Reading is accomplished with a raw bit error rate of 5.09 x 10"^ without error correction.

Curie-point writing is performed using an Argon

ion laser with a wavelength of 5145 Angstrom units

(514.5 nm). The same laser with reduced intensity

is used for Kerr effect reading from the disk.

(CHOW,KK 68) Chow, Kungta K., William B. Leonard, and R. Lawrence

Comstock. "Magnetooptic Studies of Thin GdIG Sections."

IEEE Transactions on Magnetics. Vol. MAG-4, No. 3,

September 1968, pp. 416-421. 20 refs.

This paper discusses writing and reading techniques,

bit density and stability, and coercivity of thin GdIG

sections. Of particular note is the achieving of high

coercivity—approximately an order of magnitude greater

than for bulk materials. This high coercivity is

attributed to stress induced in the wafers by the

sectioning and polishing operations. Tests are performed

that substantiate this belief. Compressional stress

applied during the writing of bits improve the stability

of the written bits. Areal bit densities of lO'^/in^

(1.55 x 103/cm2) are obtained.

91
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(COEURE,P 71) Coeure, Philippe, Jean-Claude Gay, and Jacques Carcey.

"Thermomagnetic Properties of Fine-Grain Polycrystal 1 ine

GdlG." IEEE Transactions on Magnetics. Vol. MAG-7, No. 3,

September 1971, pp. 397-401. 18 refs.

Bulk and wafer thermomagnetic properties of Gd3Fe50l2

and Gd2.5Tbo.5Fe50i2 are measured and the results are reported. Experimental recording and reading is then

performed on GdlG. Bit size is a function of the bias

field and bias temperature. A writing speed of

105 bits/second is obtained. The bit diameter was approximately 15 um. Erasure is possible and

write-read-erasure cycles are performed 10^ times

with no noticeable change in read signals.

(C0MST0CK,RL 70A) Comstock, R.L., and P.H. Lissberger. "Magneto-Optic

Properties of CrTe Films Prepared by Sequential Evaporation."

Journal of Applied Physics. Vol. 41, No. 3, March 1, 1970,

pp. 1397-1398. 4 refs.

CrTe films are prepared by sequential evaporation and

subjected to tests for the magnetic properties which are relevant to magnetooptic memories. The predicted laser

power required for writing at 0.9 um with CrTe is

one-third that required with MnBi. With 0.4 A/W

photodiode responsivity, 1 mW transmitted laser power and

10 MHz bandwidth, the ultimate S/N of CrTe is predicted

to be 53 dB compared with 65 dB for MnBi.

(COMSTOCK, RL 70B) Comstock, R. Lawrence, Eugene B. Moore, and D.A.

Nepela. "Magnetic Properties of Tb-Substituted GdlG

Films Chemically Deposited on YAG Substrates."

IEEE Transactions on Magnetics. Vol. MAG-6, No. 3, September

1970, pp. 558-563. 24 refs.

GdFe50i2 is deposited on yttrium aluminum garnet

substrates by spin coating followed by a high temperature

(300-500OC) drying procedure. Tb is substituted

for Gd ions in the iron garnet and Tbi,4Gdi,5Fe50i2 is

written on with an argon laser. The recorded bits are

6 um wide and have sharp bit boundaries.

(CRAIGHEAD, HG 82) Craighead, H.G., R.E. Howard, P.F. Liao, D.M. Tennant,

and J.E. Sweeney. "Textured Germanium Optical Storage

Medium." Applied Physics Letters. Vol. 40, No. 8,

April 15, 1982, pp. 662-664. 6 refs.

Textured germanium films are prepared by thermal

evaporation in vacuo onto glass and then subjected to

ion etching with a gas mixture of CCI2F2, argon, and

oxygen. This process results in the generation of tall

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5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

uniform columns of germanium. This textured surface

can be converted into reflective spots by locally melting

the columnar structures which subsequently collapse to

form a smooth surface. The recording characteristics of

this medium exhibit low writing energy requirements, high

contrast, and long term stability.

(CREDELLE,TL 72) Credelle, T.L., and F.W. Spong. "Thermoplastic

Media for Holographic Recording." RCA Review.

Vol. 33, No. 1, March 1972, pp. 206-226. 19 refs.

A sandwich type structure consisting of substrate,

conductive coating, photoconductor, and thermoplastic

layers is described physically and operationally. The

medium is used to store holograms which are readable

almost instantaneously. The medium is also bulk

erasable and reusable.

(DEKKER.P 74) Dekker, P., P.W. Jedeloo, and S. Middlehoek.

"Temperature Dependence of the Coercive Force of MnBi

Films." IEEE Transactions on Magnetics. Vol. MAG-10,

No. 3, September 1974, pp. 591-594. 13 refs.

This paper reports on an investigation of the variation

of coercive force of MnBi films with temperature.

Experimental measurement results are in partial

agreement with theory; precise comparison is not

possible due to other unknown factors.

(DREXLER,J 81) Drexler, J. "Drexon(T.M. ) Optical Memory Media

for Laser Recording and Archival Data Storage."

DiStephano, T.H., ed. Proceedings of the Society of

Photo-Optical Instrumemtation Engineers: Optical

Storage Materials; November 18, 1980; Ossining,

New York. Bellingham, Washington: Society of PhotoOptical Instrumentation Engineers; 1981; Vol. 263:

pp. 87-91. 1 ref.

Drexon(TM) is an optical data storage medium composed

of particles of silver suspended in a photographic-quality

gelatin. Both reflective spherical particles and black

filamentary particles of silver are used. Because of the

long life properties of silver halide photographic films

using these materials, it is expected that Drexon(TM) will

also have long life characteristics as an optical data

storage medium.

93
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(EDEN,DD 81) Eden, Dayton D. "Vanadium Dioxide Storage Material."

Optical Engineering. Vol. 20, No. 3, May-June 1981,

pp. 377-378. 4 refs.

Vanadium dioxide is tested for its suitability as

an optical data storage material. Results of this

testing indicate that 0.5 urn spot diameters should be

achievable with write times of a few nanoseconds. The

material is bulk erasable and has survived 108

record-erase cycles without degradation. These results

. are dependent on careful thermal design of the media

structure.

/ (EGASHIRA,K 74) Egashira, K. and T. Yamada. "Kerr-Effect Enhancement

and Improvement of Readout Characteristics in MnBi Film

Memory." Journal of Applied Physics. Vol. 45, No. 8,

August 1974, pp. 3643-3648. 12 refs.

Silicon oxide, SiO, is used to enhance the Kerr effect by

coating it on magnetic films. Enhancements of the Kerr

effect up to a factor of 2 or more is accomplished

when a SiO layer is coated on an MnBi film surface.

Measurements compare favorably with calculations.

(EVTIHIEV,NN 76) Evtihiev, N.N., N.A. Economov, A.R. Krebs, N.A.

Zamjatina. "Co-Ferrite-New Magnetooptic Recording

Material." IEEE Transactions on Magnetics. Vol. MAG-12,

No. 6, November 1976, pp. 773-775. 5 refs.

Cobalt-ferrite thin films are grown on MgO substrates.

The flux reversal mechanism and magnetooptic

parameters of these films are studied over a wide

composition range. Performance factors for thermomagnetic

recording with Co-ferrites are found to approximate

those of MnBi. Co-ferrites have good stability of

phase composition in recording and display good thermal

stability.

(HARTSTEIN,A 80) Hartstein, A., J.C. Tsang, D.J. DiMaria, and

D.W. Dong. "Observation of Amorphous Silicon Regions in SiliconRich Silicon Dioxide Films." Applied Physics Letters. Vol. 36,

No. 10, May 15, 1980, pp. 836-837. 12 refs.

Chemically vapor-deposited silicon-rich Si02 films are measured for their Raman scattering and optical transmission

characteristics. There are segregated regions of amorphous

silicon in the as-deposited films. Annealing at specific

temperatures produce films with both amorphous and

crystalline regions. If the films are annealed at 1150^0,

complete crystallization occurs.

94
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(HAUDEK,H 71) Haudek, H., and W.K. Unger. "Lattice Constants and

Phase Transitions in Oriented MnBi Films." Physica

Status Solidi. Vol. (a)7. No. 1, September 16, 1971,

pp. 393-400. 13 refs.

MnBi films evaporated onto mica subtrates are studied

in thicknesses from 20 to 100 nanometers. Discontinuities

are observed in the lattice parameter c during low

temperature to high temperature phase transitions.

Quenched high temperature phase films transform to a low

temperature phase film via a metastable phase at temperatures

between 80OC and 220OC. Results on thermomagnetic writing

reported previously (CHEN,D 70B) are interpreted and the

following conclusion is stated, "...one can conclude that

either the spots are heated to above the ' real -Curie-temperature

of the It phase (approximately 480OC,...) or that writing can

be performed in It phase MnBi films without complete loss

of magnetization in the spots during the writing process."

(HERD,SR 82A) Herd, S.R., K.Y. Ahn, R.J. von Gutfeld, and D.R.

Vigliotti. "Structural Changes in Se-Te Bi layers by Laser

Writing." Journal of Applied Physics. Vol. 53, No. 5,

May 1982, pp. 3520-3522. 1 ref.

Bi layer films of selenium on tellurium are prepared as well as films of tellurium and results of melting holes

in these films are compared. Some of the films are prepared by sputtering and some by evaporation. Holes are melted using krypton lasers and dye lasers. It is concluded

that superior hole formations are obtained in the SeTe

films due to amorphous alloy formation which provide

both an antiref lection condition and corrosion protection.

(HERD,SR 82B) Herd, S.R., K.N. Tu, K.Y. Ahn, T.H. DiStefano, and

N.J. Mazzeo. "Laser Writing on Silicon-Metal Bi layers for

Optical Storage. II. Microscopic Study." Journal of Applied

Physics. Vol. 53, No. 6, June 1982, pp. 4372-4378.

11 refs.

Several materials are investigated for their writing

characteristics. This paper is a continuance of a previous

paper (HERD,SR 82A). Among the several materials investigated, Rh-Si requires a relatively low writing power and

has excellent archival properties.

95
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(JIPSON,VB 81) Jipson, V.B., and C.R. Jones. "Infrared Dyes for

Optical Storage." DiStephano, T.H., ed. Proceedings

of the Society of Photo-Optical Instrumentation

Engineers: Optical Storage Materials; November 18, 1980;

Ossining, New York. Bellingham, Washington: Society

of Photo-Optical Instrumentation Engineers; 1981;

Vol. 263: pp. 105-109. 15 refs.

An infrared absorbing dye, hydroxy squarylium, is

subjected to experimentation relative to the use as an optical storage medium. Several structural variations

are tried and found to be generally more sensitive

than tellurium. The investigators are interested in

developing an optical storage material suitable for

use with GaAlAs lasers. It is determined that finding

organic dyes with suitable optical absorption

characteristics is difficult, but that in general their

thermal properties are superior to those of metal films.

Hydroxy squarylium is found to be stable under repeated

readout conditions. It exhibits good thermal stability

and has writing characteristics similar to tellurium.

(KIVITS,P 81) Kivits, P., B. Jacobs, and P. Zalm. "Summary

Abstract: Research on Materials for Optical Storage."

DiStephano, T.H. ed. Proceedings of the Society of

Photo-Optical Instrumentation Engineers: Optical

Storage Materials; November 18, 1980; Ossining, New

York. Bellingham, Washington: Society of PhotoOptical Instrumentation Engineers; 1981; Vol. 263:

pp. 68-69. 10 refs.

This is a summary of information on tellurium and

tellurium compounds which has been gathered over a period of time. Among the points of interest are that the substrate material has a strong influence

on the threshold power which is required to open holes,

and that amorphous compounds of tellurium are somewhat

less sensitive than pure tellurium films.

(LANGLET,R 73) Langlet, Regis., Bernard Carre, and Jean-Paul Pivot.

"High Speed Recording on MnBi Thin Films Deposited on Discs." IEEE Transactions on Magnetics. Vol. MAG-9, No.

3, September 1973, pp. 401-405. 11 refs.

Experiments on a rapidly rotating (24,000 rpm) disk

using argon and helium-neon lasers are performed.

Thermomagnetic writing on the MnBi disk is employed

and reading is accomplished using polar Kerr effects.

Disks 9 mm thick and 40 mm in diameter and rotated at

high speed allow the use of linear speeds from 1 m/sec

to 40 m/sec. A variety of pulse widths are used with

96
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

a maximum pulse repetition frequency of 33 MHz. Writing

of 1 to 5 urn spots is done with an argon laser at 488 nm and

reading is accomplished with a helium-neon laser. The read

scheme employs an electrooptical phase modulator in order to

achieve modulated detection which is claimed to be relatively

insensitive to various noise sources. It is shown that

increased writing power is required to reduce problems with

the dynamic stability of the disk. It is also found that for

short pulse widths, the speed of the rotating disk produces

bit displacement and also requires increased writing power.

This bit displacement requires compensation during the readout

process.

(LAW,KY 80) Law, K.Y., P.S. Vincett, R.O. Loutfy, L. Alexandru,

M.A. Hopper, J.H. Sharp, and G.E. Johnson. "Ablative

Optical Recording Using Organic Dye-In-Polymer Films."

Applied Physics Letters. Vol. 36, No. 11, June 1, 1980,

pp. 884-885. 9 refs.

The results of investigations relative to using dissolved

dyes in polymer films as an optical storage medium are discussed. The investigations are made with a laser

wavelength of 457 nm recording marks as small as 0.5 um using a 0.95 NA objective lens. The dye used in these

experiments is polyester yellow dissolved in

poly(vinyl acetate) spin coated on a reflecting layer.

A glass substrate is used and tests are made with and

without an overcoating. When compared with a 15 nm monolayer

of Te, the dye-in-polymer medium is found to be the more sensitive. A 100 hour test at 50OC is performed

which indicates little, if any, degradation.

(LEE,K 73B) Lee, Kenneth. "Magnetic Thin Films for Optical

Storage." Journal of Vacuum Science and Technology.

Vol. 10, No. 5, September/October 1973, pp. 631-639.

65 refs.

Material requirements for thermal magnetic recording are discussed in this paper. Many materials are compared

for these requirements and four materials are found to

exhibit the necessary properties for an optical storage

medium. The four materials having the desired properties

are MnBi doped with Ti or Ni, MnAlGe, MnGaGe, and

amorphous GdCo5.

97
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(LEWICKI,GW 69) Lewicki, G.W. "Curie-Point Switching in Mn-Bi

Films." IEEE Transactions on Magnetics. Vol. MAG-5, No. 3,

September 1969, pp. 298-299. 2 refs.

Helium-neon laser experiments with Curie-point switching

in MnBi films are described in this paper. It is concluded

that magnetization structure smaller than the wavelength of

light can be written in with Curie-point switching and that

- the average magnetization can be switched to any value between

+Is and -Is by varying the applied magnetic field over a range

of a few hundred oersteds (7.96 x lOl A/m) while writing 1 um spots on MnBi f i 1ms.

(LEWICKI, GW 70) Lewicki, G., and J.E. Guisinger. "Narrow CuriePoint Switching Transfer Characteristics in Mn-Bi Films."

Applied Physics Letters. Vol. 16, No. 6, March 15, 1970,

pp. 240-242. 5 refs.

MnBi films have a wide range of magnetic field from 300 Oe

(2.39 X 104 A/m) to 500 Oe (3.98 x 10^ A/m) which controls

switching (LEWICKI, GW 69). This paper reports on investigations

which show that the range of magnetic fields which control

Curie-point switching varies with the relative concentration

of manganese to bismuth and reaches a minimum when the

Mn-to-Bi weight ratio is approximately 0.49, Films are prepared which had a range of controlling field as small

as 18 Oe (1.4 X 103 A/m)'.

(MIMURA,Y 76) Mimura, Y., N. Imamura, and T. Kobayashi. "Magnetic

Properties and Curie Point Writing in Amorphous Metallic

Films." IEEE Transactions on Magnetics. Vol. MAG-12, No. 6,

November, 1976, pp. 779-781. 8 refs.

Curie point writing in amorphous films of Tb-Fe and Dy-Fe is

described in this paper. The magnetic reversal profile

inside the bits is explained by the self demagnetizing

field originating within the reversed region itself. Bits

are written with a He-Ne laser beam modulated electrooptical ly.

Reading is accomplished visually by using a polarizing

microscope.

(RANC0LIRT,JD 81) Rancourt, James D. "Design and Production of Tellurium

Optical Data Disks." Beiser, Leo, ed. Proceedings of the Society

of Photo-Optical Instrumentation Engineers: Advances in Laser

Scanning Technology; August 27-28, 1981; San Diego, California.

Bellingham Washington: Society of Photo-Optical Instrumentation

Engineers; 1981; Vol. 299: pp. 57-63. 5 refs.

A "first order merit function" is defined for tellurium based

optical data disks. The relative efficiencies of monolayer and

trilayer structures are discussed. The discussion states that using

98
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

a tri layer structure can result in as much as a 20-fold improvement

over the monolayer structure. Preparation of substrates prior to

coating is reviewed. The lack of suitable RBER (raw bit error rate)

measuring equipment and the lack of specifications regarding storage,

usage, and test conditions for optical data disks is mentioned.

(SMITH, AW 73) Smith, A. W. "Optical Storage in VO2 Films." Applied Physics

Letters. Vol. 23, No. 8, October 15, 1973, pp. 437-438. 9 refs.

At near infrared wavelengths, a semiconductor-to-metal transition in

vanadium dioxide, VO2 can be utilized for storing digital information.

Experiments are conducted on rf sputtered polycrystal 1 ine films using

double-heterostructure GaAs injection lasers whose output is varied

with neutral-density attenuators. Grain in the films limit the spot

spacing to about 2 micrometers. Another storage medium, Te-As-Ge

chalcogenide glass utilizing a crystalline-to-amorphous transition,

is compared to the VO2 and found to be somewhat less sensitive.

Both media are considered to have good writing rates and large read

signals without the necessity of polarized light.

(SMITH, TW 81) Smith, T. W. "The Role of Polymers in Optical Recording

Media." DiStephano, T. H. ed. Proceedings of the Society of Photo-Optical

Instrumentation Engineers: Optical Storage Materials; November 18,

1980; Ossining, New York. Bellingham, Washington: Society of

Photo-Optical Instrumentation Engineers; 1981; Vol. 263: pp.

100-105. 33 refs.

This paper reviews and summarizes the use of polymer materials

in optical storage media. Discussions are presented for the use of

polymers in substrates, imaging layers, dielectric spacers, and

protective overcoatings. Dye/polymer and metal (pigment)/polymer

composites are also discussed.

(STRAND, D 80) Strand, David. "Optical Recording with Amorphous Materials."

Optical Engineering. Vol. 20, No. 3, May-June 1981, pp. 379-381.

16 refs.

This paper is a non-mathematical discussion of the property changes

which occur in amorphous materials when they are exposed to light.

Although several property changes are possible, the major emphasis is

placed on changes between the amorphous and crystalline states. In some materials, the changes can be reversible. The general conclusion

states that "ovonic chalcogenide films can be used to produce ideal

optical recording media."

(SUNAGO,K 76) Sunago, K., S. Matsushita, and Y. Sakurai. "Thermomagnetic

Writing in Tb-Fe Films." IEEE Transactions on Magnetics. Vol.

MAG-12, No. 6, November 1976, pp. 776-778. 12 refs.

Curie-point (thermomagnetic) writing experiments are performed on films of Tb-Fe deposited on glass substrates. These films do not

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5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

exhibit grain noise since they are amorphous. Good signal-to-noise

ratios can be obtained because of this property. Experiments are made with both thermally evaporated films and rf-sputtered films.

Spots written with a He-Ne laser are clear, circular, and can be

produced with low power lasers. A significant feature of Tb-Fe films

is that they have low Curie temperatures and high coercive forces

which permit the use of low power lasers for writing spots.

(TERAO,M 79) Terao, M., K. Shigematsu, M. Ojima, S. Horigome, Y. Taniguchi,

and S. Yonezawa. "New Recording Thin Film for Optical Video Disk."

Digest of Technical Papers: 1979 lEEE/OSA Conference on Laser

Engineering and Applications; May 30-June 1, 1979; Washington, D.C.

New York: Institute of Electrical and Electronic Engineers; 1979;

pp. 103-104. 4 refs.

This digest reports on the use of As-Te-Se amorphous chalcogenide

films for direct-read-after-write optical video-disk applications.

• Arsenic used in conjunction with tellurium results in clean holes

and selenium is added which greatly increases film stability. About

10 mW of incident laser-beam power is required to write on films

deposited on PMMA. Frequency modulated NTSC video signals are

' recorded on As-Te-Se films and when read by reflected light, a signal-to-noise ratio of about 45 dB is obtained.

(TOGAMI.Y 78) Togami, Yuji. "Stability of Small Bits Written in Amorphous

GdCo Thin Films." Applied Physics Letters. Vol. 32, No. 10, May 15,

1978. pp. 673-675. 3 refs.

This paper reports the results of experiments dealing with the

stability of small bits written on four GdCo amorphous thin films.

Two films are homogeneous and two are inhomogeneous along the film

thickness. It is concluded that bits written on the inhomogeneous

films are stable and those written on homogeneous films are unstable.

( TOGAMI, Y 82) Togami, Y., K. Kobayashi, M. Kajiura, K. Sato, and

T. Teranishi. "Amorphous, GdCo Disk for Thermomagnetic Recording."

Journal of Applied Physics. Vol. 53. No. 3, March 1982, pp.

2335-2337. 7 refs.

Disks of amorphous GdCo are prepared by rf-sputtering onto a glass

substrate and subjected to thermogmagnetic writing and magnetooptic

*' readout experiments. The GdCo films are deposited in two layers as

a result of findings from previous experiments (TOGAMI, Y 78). A

signal-to-noise ratio of 32 dB (100 kHz bandwidth) is obtained.

The writing rate is 1 MHz with an incident laser power of 5.6 mW.

Readout laser power is approximately 2 mW.

100
5.1 MEDIA ANNOTATIONS 5.1 MEDIA ANNOTATIONS

(VONGUTFELD,RJ 72) von Gutfeld, R. J., and P. Chaudhari. "Laser Writing and

Erasing on Chalcogenide Films." Journal of Applied Physics. Vol.

43, No. 11, November 1972, pp. 4688-4692. 17 refs.

Reverse mode (RM) recording and erasure methods are studied for

amorphous films composed of Te, Ge, and As. Films were prepared by

both sputtering and evaporation techniques on a variety of

substrates. The amorphous films are crystallized by heating to

approximately 90OC as a preparation for the RM recording. RM

recording consists of switching the crystalline material locally to

the amorphous state as opposed to the conventional procedure of

switching from the amorphous to the crystalline state. It is found

possible to erase in any one of three ways. RM recording is a fast-write, slow-erase process in chalcogenide media. Limited

write-read-erase cycles are found to cause no significant damage

to the films although this is not studied extensively.

101
5,2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

5.2 GENERAL LITERATURE

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

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(ASHKIN,A 66) Ashkin, A., G.D. Boyd, J.M. Dziedzic, R.G. Smith, A. A.

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(BADEMIAN,L 81) Bademian, Leo. "Acousto-Optic Laser Recording."

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1981, pp. 143-149. 7 refs.

(BARBE,DF 75) Barbe, David F. "Imaging Devices Using the ChargeCoupled Concept." Proceedings of the IEEE. Vol. 63, No. 1,

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(BARDOS,A 74) Bardos, Andrew. "Wideband Holographic Recorder. Applied

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(BARRETT, R 81) Barrett, R. "Prospects for the Optical Disc in

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(BARRETT, R 82) Barrett, R. "Developments in Optical Disk

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'Vol. 13, No. 1, January 1974, pp. 129-139.

27 refs.

(BARTOLINI, RA 76) Bartolini, R.A., H.A. Weakliem, and B.F. Williams.

"Review and Analysis of Optical Recording Media."

Optical Engineering. Vol. 15, No. 2, March-April 1976,

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(BARTOLINI, RA 78) Bartolini, R.A., A.E. Bell, R.E.Flory, M. Lurie, and F.W.

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(BARTOLINI, RA 79) Bartolini, R.A., A.E. Bell, and F.W. Spong. "Optical

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(BARTOLINI, RA 81A) Bartolini, R.A. "Media for High Density Optical

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(BARTOLINI, RA 81B) Bartolini, Robert A. "Media for High-Density

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106
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(BEAN, CP 55) Bean, CP. "Hysteresis Loops of Mixtures of Ferromagnetic Micropowders. " Journal of Applied Physics.

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(BECKER, CH 66) Becker, C.H. "Unicon Computer Mass Memory System."

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(BERKOWITZ,AE 75) Berkowitz, Ami E., and William H. Meiklejohn.

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(BORRELLI, NF 79) Borrelli, Nicholas F., and Peter L. Young. "New

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(BOWERS, DM 65) Bowers, Dan M., and Miles B. Fisk. "The World's

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IEEE Transactions on Magnetics. Vol. MAG-11, No. 5,

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(BROWN, CJ 68) Brown, C.J., and J.T. Ma. "Time-Optimal Control of

a Moving-Coil Linear Actuator." IBM Journal of Research

and Development. Vol. 12, No. 5, September 1968,

pp. 372-379. 6 refs.

(BULTHUIS,K 79) Bulthuis, Kees, Marino 6. Carasso, Jacques P.J.

Heemskerk, Peter J. Kivits, Wilhelm J. Kleuters,

and Pieter Zalm. "Ten Billion Bits on a Disk."

IEEE Spectrum. Vol. 16, No. 8, August 1979,

pp. 26-33. 14 refs.

(BURCKHARDT,CB 70) Burckhardt, C.B. "Use of a Random Phase Mask for the

Recording of Fourier Transfer Holograms of Data Masks."

Applied Optics. Vol. 9, No. 3, March 1970,

pp. 695-700. 9 refs.

(BURKE, WJ 78) Burke, W. J., D. L. Staebler, W. Phillips, and G. A.

Alphonse. "Volume Phase Holographic Storage in Ferroelectric

Crystals." Optical Engineering. Vol. 17, No. 4, July/August

1978, pp. 308-316. 57 refs.

(BURNS, LL 79) Burns, Leslie L. "SI idestore-A Laser Mass Memory for

Image Storage." Jamberdino, Albert A., ed. Proceedings of

the Society of Photo-Optical Instrumentation Engineers:

Laser Recording and Information Handling; August 27-28,

1979; San Diego, California. Bellingham, Washington:

Society of Photo-Optical Instrumentation Engineers; 1979;

Vol. 200: pp. 79-83. No refs.

(BURNS, LL 80) Burns, Leslie L. "Laser Memories for Image

Storage." Laser Focus. Vol. 16, No. 7, July 1980,

pp. 48-54. No refs.

(CARLSON, CD 66) Carlson, CD., E. Stone, H.L. Bernstein, W.K. Tomita,

and W.C. Myers. "Helium-Neon Laser: Thermal

High-Resolution Recording." Science. Vol. 154, No. 3756,

December 1966, pp. 1550-1551. No refs.

(CASASENT,D 72) Casasent, David, and Jack Stephenson. "Electrooptical

Processing of Phased-Array Antenna Data." Applied Optics.

Vol. 11, No. 5, May 1972, pp. 1269-1271.

6 refs.

(CASASENT, D 79) Casasent, D., S. Natu, T. Luu, G. Lebreton,

and E. DeBazelaire. "New Birefringence Theory and

Uses of the Photo-DKDP Spatial Light Modulator in

Optical Data Processing." Tracy, John, ed. Proceedings

of the Society of Photo-Optical Instrumentation Engineers:

Active Optical Devices; August 27-28, 1979; San Diego,

California. Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1979; Vol. 202: pp. 122-132. 25 refs.

Ill
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(CASHMAN,MW 73) Cashman, Michael W. "A Read/Write Optical Memory."

Datamation. Vol. 19, No. 3, March 1973, pp. 66-69.

No refs.

(CATHEY,WT 74) Cathey, W.T. "Classification of Holograms."

Proceedings of the Society of Photo-Optical Instrumentation Engineers: Coherent Optical Processing; August

21-22, 1974; San Diego, California. Palo Verdes Estates,

California: Society of Photo-Optical Instrumentation

Engineers; 1975; Vol. 52: pp. 10. 29 refs. -110.

(CHANCE, DA 79) Chance, D.A., J.-C.A. Chastang, V.S. Crawford,

R.E. Horstmann, and R.O. Lussow. "HeNe Parallel Plate

Laser Development." IBM Journal of Research and

Development. Vol. 23, No. 2, March 1979, pp. 108-118.

22 refs.

(CHANG, BJ 80) Chang, B. J. "Dichromated Gelatin Holograms and Their

Applications." Optical Engieneering. Vol. 19, No. 5,

September-October 1980, pp. 642-648. 54 refs.

(CHANG, JT 65) Chang, J.T., J.F. Dillon, Jr., and U.F. Gianola.

"Magneto-Optical Variable Memory Based Upon the Properties of a Transparent Ferrimagnetic Garnet at Its Compensation

Temperature." Journal of Applied Physics. Vol. 36, No. 3, March

1965, pp. 1110-1111. 4 refs.

(CHAUDHARI,P 73) Chaudhari, P., J.J. Cuomo, and R.J. Gambino. "Amorphous

Metallic Films for Magneto-Optic Applications." Applied

Physics Letters. Vol. 22, No. 7, April 1, 1973,

pp. 337-339. 4 refs.

(CHEN,CH 80) Chen, C.H. and K.L. Tai. "Whisker Growth Induced by Ag

Photodoping in Glassy GexSex_i Films." Applied Physics

Letters. Vol. 37, No. 12, December 15, 1980, pp. 1075-1077.

14 refs.

(CHEN,CT 79A) Chen, Che-Tsung and Dae M. Kim. "Efficient Hologram

Recording in LiNb03:Fe Using Optical Pulses." Applied

Physics Letters. Vol. 34, No. 5, March 1, 1979, pp. 321-324.

11 refs.

(CHEN,CT 79B) Chen, C, D.M. Kim, and D. von der Linde. "Efficient

Pulsed Photorefractive Process in LiNb03:Fe for Optical

Storage and Deflection." Digest of Technical Papers:

1979 lEEE/OSA Conference on Laser Engineering and Application; May 30-June 1, 1979; Washington, D.C. New York:

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p. 105. 1 ref. (Digest only.)

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(CHEN,CT 80) Chen, Che-Tsung, Dae M. Kim, and D. Von der Linde.

"Efficient Pulsed Photorefractive Process in LiNb03:Fe

for Optical Storage and Deflection." IEEE Journal of

Quantum Electronics. Vol. QE-16, No. 2, February 1980,

pp. 126-131. 12 refs.

(CHEN,D 64) Chen, D., and Y. Gondo. "Temperature Dependence

of the Magneto-Optic Effect and Resonance Phenomena

in Oriented MnBi Films." Journal of Applied Physics.

Vol. 35, No. 3, March 1964, pp. 1024-1025.

7 refs.

(CHEN,D 65) Chen, D., Y. Gondo, and M.D. Blue. "Hall and

Faraday Effects in Oriented MnBi Films." Journal of

Applied Physics. Vol. 36, No. 3, March 1965, pp. 1261-1263.

11 refs.

(CHEN,D 66) Chen, D. "Flux Reversal in Single-Crystal MnBi Films."

Journal of Applied Physics. Vol. 37, No. 3, March 1, 1966,

pp. 1486-1488. 7 refs.

(CHEN,D 67A) Chen, Di. "Direct Observation of Domain-Wall

Movements in MnBi Films." Journal of Applied Physics.

Vol. 38, No. 3, March 1, 1967, pp. 1309-1311.

4 refs.

(CHEN,D 67B) Chen, D., J.F. Ready, and E. Bernal G. "Thin Films

of MnBi for Beam Addressable Beam Alterable Optical

Memory Applications." International Electron Devices

Meeting; October 18-20, 1967; Washington, D.C.

New York, New York: Institute of Electrical and

Electronics Engineers; 1967; p. 96. (Abstract).

No refs.

(CHEN,D 68A) Chen, D., J.F. Ready, E. Bernal G., and R.L. Aagard.

"Laser Beam Writing, Erasing, and Reading on Manganese

Bismuth Films." IEEE Journal of Quantum Electronics.

Vol. QE-4, No. 5, May 1968, pp. 378-379. (Abstract only).

No refs.

(CHEN,D 68B) Chen, D., J.F. Ready, and E. Bernal G. "MnBi Thin Films:

Physical Properties and Memory Applications." Journal of

Applied Physics. Vol. 39, No. 8, July 1968, pp. 3916-3927.

20 refs.

(CHEN,D 70A) Chen, D., R.L. Aagard, and T.S. Liu. "MagnetoOptic Properties of Quenched Thin Films of MnBi and

Optical Memory Experiments." Journal of Applied

Physics. Vol. 41, No. 3, March 1, 1970, pp. 1395-1396.

7 refs.

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(CHEN,D 70B) Chen, D., and R.L. Aagard. "MnBi Films: High-Temperature

Phase properties and Curie-Point Writing Characteristics."

Journal of Applied Physics. Vol. 41, No. 6, May 1970,

pp. 2530-2534. 9 refs.

(CHEN,D 71) Chen, Di. "Preparation and Stability of MnBi Thin Films."

Journal of Applied Physics. Vol. 42, No. 9, August 1971,

pp. 3625-3628, 13 refs.

(CHEN,D 73) Chen, Di, Gary N. Otto, and Francis M. Schmit. "MnBi Films

for Magnetooptic Recording." IEEE Transactions on Magnetics.

Vol. MAG-9, No. 2, June 1973, pp. 66-83.

43 refs.

(CHEN,D 74) Chen, D. "Magnetic Materials for Optical Recording."

Applied Optics. Vol. 13, No. 4, April 1974, pp. 767-778.

40 refs.

(CHEN,D 75) Chen, Di, and J. David Zook. "An Overview of Optical

Data Storage Technology." Proceedings of the IEEE. Vol 63,

No. 8, August 1975, pp. 1207-1230, 184 refs.

(CHEN,FS 68) Chen, F.S., J.T. LaMacchia, and D.B. Eraser. "Holographic

Storage in Lithium Niobate." Applied Physics Letters. Vol. 13,

No. 7, October 1, 1968, pp. 223-225. 5 refs.

(CHEN,FS 69) Chen, F.S. "Optically Induced Change of Refractive Indices

in LiNb03 and LiTa03." Journal of Applied Physics. Vol. 40,

No. 8, July 1969, pp. 3389-3396. 18 refs.

(CHEN,M 81) Chen, M., and V. Marrello. "The Effect of Overcoats

on the Ablative Writing Characteristics of Tellurium

Films." DiStephano, T.H., ed Proceedings of the Society

of Photo-Optical Instrumentation Engineers: Optical

Storage Materials; November 18, 1980; Ossining, New

York. Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1981; Vol. 263: pp. 75-77.

7 refs.

(CHEN,T 74) Chen, Tu, and W.E. Stutius. "The Phase Transformation

and Physical Properties of the MnBi and Mni,o8^''

Compounds. "IEEE Transactions on Magnetics. *Vol . MAG-10,

No. 3, September 1974, pp. 581-586. 21 refs.

(CHENG, CC 79) Cheng, Charles C.K. "Laser Scanning Reader for Automated Data Entry Operation." Jamberdino, Albert A., ed.

Proceedings of the Society of Photo-Optical Instrumentation

Engineers: Laser Recording and Instrumentation Handling;

August 27-28, 1979; San Diego, California. Bellingham,

Washington: Society of Photo-Optical Engineers; 1979; Vol.

200: pp. 152-158. No refs.

114
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(CHENG, D 81) Cheng, David. "Recording and Readout Testing of

Optical Recording Materials." Beiser, Leo, ed.

Proceedings of the Society of Photo-Optical Instrumentation Engineers: Advances in Laser Scanning

Technology; August 27-28, 1981; San Diego, California.

Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1981; Vol. 299: pp. 48-52.

7 refs.

(CHI,CS 82) Chi, Chao S. "Advances in Computer Mass Storage

Technology." Computer. Vol. 15, No. 5, May 1982,

pp. 60-74. 23 refs.

(CHIDA,K 77) Chida, Kazunori, Bunjiro Tsujiyama, Akinori

Katsui, and Kazumichi Egashira. "Magnetooptical

Memory Experiments on a Rotating Mn-Cu-Bi Disk

Medium." IEEE Transactions on Magnetics. Vol.

MAG-13, No. 3, May 1977, pp. 982-988. 18 refs.

(CHOW,KK 68) Chow, Kungta K., William B. Leonard, and R. Lawrence

Comstock. "Magnetooptic Studies of Thin GdIG Sections."

IEEE Transactions on Magnetics. Vol. MAG-4, No. 3,

September 1968, pp. 416-421. 20 refs.

(CLARK, MG 73) Clark, M.G., F.J. DiSalvo, A.M. Glass, and G.E.

Peterson. "Electronic Structure and Optical Index Damage

of Iron-Doped Lithium Niobate." Journal of Chemical

Physics. Vol. 59, No. 12, December 15, 1973, pp.

6209-6219. 69 refs.

(CLEMENS, JK 82) Clemens, Jon K. "Video Disks: Three Choices."

IEEE Spectrum. Vol. 19, No. 3, March, 1982, pp. 38-42.

No refs.

(CLOVER, RB 71) Clover, Richmond B. Jr., Chandler Wentworth, and Stanley

S. Mroczkowski. "Low Birefringent Orthoferrites for Optical

Devices." IEEE Transactions on Magnetics. Vol. MAG-7, No. 3,

September 1971, pp. 480-483. 12 refs.

(COEURE,P 71) Coeure, Philippe, Jean-Claude Gay, and Jacques Carcey.

"Thermomagnetic Properties of Fine-Grain Polycrystal 1 ine

GdlG." IEEE Transactions on Magnetics. Vol. MAG-7, No. 3,

September 1971, pp. 397-401. 18 refs.

(COHEN, MS 80) Cohen, M.S. "Computer Modelling Study of Ablative

Optical Recording." Applied Physics Letters. Vol. 36,

No. 12, June 15, 1980, pp. 950-952. 9 refs.

(COLBURN,WS 71) Colburn, W.S., and K.A. Haines. "Volume Hologram Formation

in Photopolymer Materials." Applied Optics. Vol. 10, No. 7,

July 1971, pp. 1636-1641. 12 refs.

115
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(COLBURN,WS 74) Colburn, W.S., and E.N. Tompkins. "Improved

Thermoplastic-Photoconductor Devices for Holographic

Recording." Applied Optics. Vol. 13, No. 12, December 1974,

pp. 2934-2941. 17 refs.

(COLLIER, RJ 68) Collier, Robert J. "Holograms for Information

Storage." Journal of the Optical Society of America.

Vol. 58, No. 11, November 1968, p. 1548. (Abstract only).

No refs.

(COMSTOCK,RL 70A) Comstock, R.L., and P.H. Lissberger. "Magneto-Optic

Properties of CrTe Films Prepared by Sequential Evaporation."

Journal of Applied Physics. Vol. 41, No. 3, March 1, 1970,

pp. 1397-1398. 4 refs.

(COMSTOCK, RL 70B) Comstock, R. Lawrence, Eugene B. Moore, and D.A.

Nepela. "Magnetic Properties of Tb-Substituted GdIG

Films Chemically Deposited on YAG Substrates."

IEEE Transactions on Magnetics. Vol. MAG-6, No. 3, September

1970, pp. 558-563. 24 refs.

(CONGLETON,DB 77) Congleton, D.B., M.R. Smith, and A.S. Diamond.

"A Comparison of Plastic Versus Metal Coatings for Real

Time Laser Recording." Journal of Photographic Engineering.

Vol. 3, No. 2, Spring 1977, pp. 97-105. 5 refs.

(CONROY,JJ 79) Conroy, J.J., M. Gottlieb, and J.D. Feichtner.

"Microcomputer-Controlled Tunable Acousto-Optic

Filter." Tracy, John. ed. Proceedings of the

Society of Photo-Optical Instrumentation Engineers:

Active Optical Devices; August 27-28, 1979;

San Diego, California. Bellingham, Washington:

Society of Photo-Optical Instrumentation Engineers;

1979; Vol. 202: pp. 33-39. 7 refs.

(CORSOVER,SL 81) Corsover, S.L., and C.H. Thomas. "Error Management

Techniques for Optical Disk Systems." Beiser, Leo, ed.

Proceedings of the Society of Photo-Optical Instrumentation Engineers: Advances in Laser Scanning

Technology; August 27-28, 1981; San Diego, California.

Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1981; Vol. 299: pp. 33-39.

No refs.

(COSENTINO,LS 73) Cosentino, L.S., and W.C. Stewart. "A Membrane Page

Composer." RCA Review. Vol. 34, No. 1, March 1973,

pp. 45-79. 6 refs.

(CRAIGHEAD, HG 82) Craighead, H.G., R.E. Howard, P.F. Liao, D.M. Tennant,

and J.E. Sweeney. "Textured Germanium Optical Storage

Medium." Applied Physics Letters. Vol. 40, No. 8,

April 15, 1982, pp. 662-664. 6 refs.

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(CREDELLE,TL 72) Credelle, T.L., and F.W. Spong. "Thermoplastic

Media for Holographic Recording." RCA Review.

Vol. 33, No. 1, March 1972, pp. 206-226. 19 refs.

(CROW,JD 79) Crow, J.D. "(GaAl)As Laser Requirements for Local

Attached Data Link Applications. IBM Journal of Research

and Development. Vol. 23, No. 5, September 1979, pp. 576-584.

37 refs.

(CUMMINS, SE 67) Cummins, S.E. "A New Optically Read Ferroelectric

Memory." Proceedings of the IEEE. Vol. 55, No. 7,

July 1967, pp. 1536-1537. 12 refs.

(DALISA.AL 70) Dalisa, A.L., W.K. Zwicker, D.J. DeBitetto, and P. Harnack.

"Photoanodic Engraving of Holograms on Silicon." Applied

Physics Letters. Vol. 17, No. 5, September 1, 1970,

pp. 208-210. 14 refs.

(DANEU,V 66) Daneu, V., C.A. Sacchi, and 0. Svelto. "9C1-Single

Transverse and Longitudinal Mode Q-Switched Ruby Laser."

IEEE Journal of Quantum Electronics. Vol. QE-2, No. 8,

August 1966, pp. 290-293. 13 refs.

(DAURIA.L 73) d'Auria, L., J. P. Huignard, and E. Spitz. "Holographic

Read-Write Memory and Capacity Enhancement by 3-D

Storage." IEEE Transactions on Magnetics. Vol. MAG-9, No. 2,

June 1973, pp. 83-94. 35 refs.

(DAURIA,L 74) d'Auria, L., J. P. Huignard, C. Slezak, and E. Spitz.

"Experimental Holographic Read-Write Memory Using 3-D Storage."

Applied Optics. Vol. 13, No. 4, April 1974, pp. 808-818.

21 refs.

(DAVAL,J 75) Daval, J., B. Ferrand, J. Geynet, D. Challeton,

J.C. Peuzin, A. Leclert, and M. Monerie.

"Properties at 1.152 um of Garnet Films on GdGaG."

IEEE Transactions on Magnetics. Vol. MAG-U, No. 5,

September 1975, pp. 1115-1117. 8 refs.

(DEB0UARD,D 68) de Bouard, D. "Feasibility Study of a Large Capacity

Magnetic-Film Optical Memory." IEEE Journal of Quantum

Electronics. Vol. QE-4, No. 5, May 1968, p. 378.

(Digest) . No refs.

(DEHAAN,MR 77) DeHaan, M.R., and C.H.F. Velzel. "Intermodulation

and Moire Effects in Optical Video Recording."

Philips Research Reports. Vol. 32, No. 5/6, October

1977, pp. 436-459. 11 refs.

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(DEKKER,P 74) Dekker, P., P.W. Jedeloo, and S. Middlehoek.

"Temperature Dependence of the Coercive Force of MnBi

Films." IEEE Transactions on Magnetics. Vol. MAG-10,

No. 3, September 1974, pp. 591-594. 13 refs.

(DEKKER, P 76) Dekker, Pieter. "Manganese Bismuth and Other Magnetic

Materials for Beam Addressable Memories." IEEE Transactions

on Magnetics. Vol. MAG-12, No. 4, July 1976, pp. 311-327.

103 refs.

(DENTON, RT 68) Denton, Richard T., and Tracy S. Kinsel. "Terminals

for a High-Speed Optical Pulse Code Modulation Communication System: I. 224-Mbit/s Single Channel." Proceedings

of the IEEE. Vol. 56, No. 2, February 1966, pp. 140-145.

13 refs.

(DENTON, RT 72) Denton, R.T. "Modulation Techniques." Laser Handbook,

Vol. 1, pp. 703-724. F.T. Arecchi and E.O. Schulz-DuBois,

eds. Amsterdam, The Netherlands: North-Holland, 1972.

Vol. 1, pp. 703,724. 16 refs.

(DEVELIS,JB 74) DeVelis, J.B., Y.M. Hong, and G.O. Reynolds.

"Review of Noise Reduction Techniques in Coherent

Optical Processing Systems." Proceedings of the

Society of Photo-Optical Instrumentation Engineers:

Coherent Optical Processing; August 21-22, 1974;

San Diego, California. Palo Verdes Estates, California:

Society of Photo-Optical Instrumentation Engineers;

1975; Vol. 52: pp. 55-81. 78 refs.

(DICKSON, LD 70) Dickson, L.D. "Characteristics of a Propagating

Gaussian Beam." Applied Optics. Vol. 9, No. 8,

August 1970, pp. 1854-1860. 8 refs.

(DILLON, JF 59) Dillon, Jr., J.F. "Optical Absorptions and Rotations

in the Ferrimagnetic Garnets." Le Journal de Physique

Et Le Radium. Vol. 20, February/March 1959, pp. 374-

377. 10 refs.

(DILLON, JF 63) Dillon, J.F., Jr., H. Kamimura, and J. P. Remeika.

"Magneto-Optical Studies of Chromium Tribromide."

Journal of Applied Physics. Vol. 34, No. 4, April 1963,

pp. 1240-1245. 14 refs.

(DILLON, JF 70) Dillon, J.F. , E.M. Gyorgy, and J. P. Remeika. "Photoinduced

Uniaxial Magnetic Anisotropy and Optical Dichromism in

Silicon-Doped Yttrium Iron Garnet (YIG(Si))." Journal of

Applied Physics. Vol. 41, No. 3, March 1970, pp. 1211-1217.

10 refs.

118
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(DITTMER,G 77) Dittmer, G., A. Klopfer, and J. Schroder.

"Heterogeneous Reactions and Chemical Transport of

Tungsten with Oxygen, Flourine, and Flourides of

Several Metalloids." Philips Research Reports.

Vol. 32, Nos. 5/6, October 1977, pp. 341-364.

57 refs.

(DIXON, RW 67) Dixon, R.W. "Photoelastic Properties of Selected

Materials and Their Relevance for Applications to

Acoustic Light Modulators and Scanners." Journal of Applied

Physics. Vol. 38, No. 13, December 1967, pp. 5149-5153.

6 refs.

(DIXON, RW 70) Dixon, Richard W. "Acoustooptic Interactions and Devices."

IEEE Transactions on Electron Devices. Vol. ED-17, No. 3, March

1970, pp. 229-235. 19 refs.

(DOYLE, WD 70) Doyle, William D., Gerald K. Goldberg, and Wiliam

E. Flannery. "Thermomagnetic Writing in GdlG." IEEE

Trans, on Magnetics. Vol. MAG-6, No. 3, September

1970, 549-553. 19 refs.

(DRAKE, MD 74) Drake, M.D. "PLZT Matrix-Type Block Data Composers."

Applied Optics. Vol. 13, No. 2, February 1974,

pp. 347-352. 9 refs.

(DREXLER.J 81) Drexler, J. "Drexon(T.M. ) Optical Memory Media

for Laser Recording and Archival Data Storage."

DIStephano, T.H., ed. Proceedings of the Society of

Photo-Optical Instrumemtation Engineers: Optical

Storage Materials; November 18, 1980; Ossining,

New York. Bellingham, Washington: Society of PhotoOptical Instrumentation Engineers; 1981; Vol. 263:

pp. 87-91. 1 ref.

(DUARDO,JA 80) Duardo, J. A., W.F. Hug, and J. A. Lucero.

"Polarization Induced Noise in Acousto-Optic (AO)

Modulation of Internal Mirror He-Ne Laser Beams."

Jamberdino, Albert A. ed.

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Instrumentation Engineers: Laser Scanning and

Recording for Advanced Image and Data Handling;

April 8-9, 1980; Washington, D.C. Bellingham,

Washington: The Society of Photo-Optical Instrumentation Engineers; 1980; Vol. 222: pp. 28-38.

32 refs.

(DUNCAN, RC 70) Duncan, R.C., Jr., B.W. Faughnan, and W. Phillips.

"Inorganic Photochromic and Cathodochromic Recording

Materials." Applied Optics. Vol. 9, No. 10, October 1970,

pp. 2236-2243. 17 refs.

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5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(EDEN,DD 81) Eden, Dayton D. "Vanadium Dioxide Storage Material."

Optical Engineering. Vol. 20, No. 3, May-June 1981,

pp. 377-378. 4 refs.

(EGASHIRA,K 74) Egashira, K. and T. Yamada. "Kerr-Effect Enhancement

and Improvement of Readout Characteristics in MnBi Film

Memory." Journal of Applied Physics. Vol. 45, No. 8,

August 1974, pp. 3643-3648. 12 refs.

(ELECCION,M 72) Eleccion, Marce. "The Family of Lasers: A Survey."

IEEE Spectrum. Vol. 9, No. 3, March 1972, pp. 26-40.

51 refs.

(EMMEL,PM 80) Emmel, Peter M. "System Design Considerations for

Laser Scanning." Jamberdino, Albert A., ed. Proceedings

of the Society of Photo-Optical Instrumentation

Engineers: Laser Scanning and Recording for Advanced

Image and Data Handling; April 8-9, 1980; Washington,

D.C. Bellingham, Washington: Society of Photo-Optical

Instrumentation Engineers; 1980; Vol. 222: pp. 2-14.

6 refs.

(ESCHENFELDER,AH 70) Eschenfelder, A.H. "Promise of Magneto-Optic Storage

Systems Compared to Conventional Magnetic Technology." Journal

of Applied Physics. Vol. 41, No. 3, March 1, 1970,

pp. 1372-1376. 13 refs.

(EVTIHIEV,NN 76) Evtihiev, N.N., N.A. Economov, A.R. Krebs, N.A.

Zamjatina. "Co-Ferrite-New Magnetooptic Recording

Material." IEEE Transactions on Magnetics. Vol. MAG12, No. 6, November 1976, pp. 773-775. 5 refs.

(EWARD,RS 75) Eward, Ronald S. "Optical Memories are Alive and

Well and Growing." Optical Spectra. Vol. 9, No. 8,

August 1975, pp. 25-28. No refs.

(FAN,G 70) Fan, G., and J.H. Greiner. "Low-Temperature Storage

Using GaAs Lasers and EuO as Storage Medium." Journal

of Applied Physics. Vol. 41, No. 3, March 1, 1970,

pp. 1401-1403. 3 refs.

(FAN,GJ 71) Fan, G.Y. "Magnetooptic Storage." IEEE Transactions on Magnetics. Vol. MAG-7, No. 3, September 1971,

pp. 590-594. 23 refs.

(FAN,GY 67) Fan, G.Y., and J.H. Greiner. "Low-Temperature Optical

Beam-Addressable Memory." Abstracts of the Internatinal

Electron Devices Meeting; October 18-20, 1967; Washington

D.C. New York, New York: Institute of Electrical and

Electronics Engineers; 1967; p. 96 (Abstract).

No refs.

120
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(FAN,GY 68) Fan, G.Y., and J.H. Greiner. "Low-Temperature

Beam-Addressable Memory." Journal of Applied Physics. Vol. 39,

No. 2, February 1, 1968, pp. 1216-1218.

11 refs.

(FAUGHNAN.BW 69) Faughnan, Brian W., and Zolton J. Kiss. "Optical and EPR

Studies of Photochromic SrTiOs Doped with Fe/Mo and Ni/Mo."

IEEE Journal of Quantum Electronics. Vol. QE-5, No. 1, January

1969, pp. 17-21. 11 refs.

(FEINLEIB,J 72) Feinleib, J., and D.S. Oliver. "Reusable Optical Image

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(HENDERSON, DM 79) Henderson, D.M., J.F. Lotspeich, and R.R. Stephens.

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(HOPKINS, HH 53) Hopkins, H.H."On the Diffraction Theory of Optical

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(HOPKINS, HH 67) Hopkins, H.H. "Extra-paraxial Theory of Spatial

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(HORNER, JL 80) Horner, Joseph L., and Jacques E. Ludman.

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(HOWE,DG 81) Howe, D.G., and J.J. Wrobel. "Solvent-Coated

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(HUHN,D 70) Huhn, D., and W. Martienssen. "Holographic Information

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(JAMBERDINO, AA 81B) Jamberdino, Albert A. "High-Capacity

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(JIPSON.VB 81) Jipson, V,B., and C.R. Jones. "Infrared Dyes for

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( JOHANNES, R 70) Johannes, R., and R. Vogenthaler. "Spatial Modulation

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( JOHNSON, C 75) Johnson, Clayton. "IBM 3850-Mass Storage System."

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( JOHNSON, LH 78) Johnson, L. H., D. S. Lo, and R. W. Honebrink.

"Thermoplastic Recording." Optical Engineering. Vol. 17, No. 3,

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(JOHNSON, RV 79) Johnson, Richard V. "Focus Error Detection in

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( JONES, K 81) Jones, Keith. "Rotating-Memory Devices Move to

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(JUDY,JH 71) Judy, Jack H., K. Yokoyama, and T. Fujiwara.

"Magnetooptic Kerr Effect of Electroless-Plated CO-P

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(KACZOROWSKI,EM 77) Kaczorowski, Edward M. "Optical Mass Storage."

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(KAMINOW,IP 66) Kaminow, I. P. and E.H. Turner. "Electrooptic

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(KAMINOW,IP 68) Kaminow, Ivan P. "Measurements of the Electrooptic Effect

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(KAMINOW, IP 71) Kaminow, Ivan P., and Edward H. Turner. "Linear

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(KATSUI,A 76) Katsui, A. "Magnetic and Magneto-optic Properties of

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(KATZKA,P 79) Katzka, P., and I.C. Chang. "Noncol 1 inear AcoustoOptic Filter for the Ultraviolet." Tracy, John, ed. Proceedings of the Society of Photo-Optical Instrumentation

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(KEIZER,EO 78) Keizer, E.O. and D.S. McCoy. "The Evolution of the

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(KENNEY,G 76) Kenney, George, F. Zernike, D. Lou, M. Goutman,

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(KENNEY, G 77A) Kenney, George, F. Zernike, D. Lou, R. Harper,

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(KENNEY, G 77B) Kenney, George, F. Zernike, D. Lou, M. Giebler,

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(KENNEY,G 77C) Kenney, George, F. Zernike, D. Lou, A. Milch,

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(KIEMLE,H 72) Kiemle, H. "Holographic Information Storage." Optical

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(KIEMLE, H 74) Kiemle, H. "Considerations on Holographic Memories in the

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(KING,GW 65A) King, Gilbert W. "Photooptical Storage and

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(KING,GW 65B) King, Gilbert W. "Design Considerations for a Photooptical Storage Device." Applied Optics. Vol. 4,

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(KIRTON,J 74) Kirton, J., and R.W. Sarginson. "Some New Display

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(KITTEL,C 46) Kittel, Charles. "Theory of the Structure of

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(KNIGHT, GR 75) Knight, Gordon R. "Holographic Memories." Optical

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(KOGELNIK,H 66) Kogelnik, H., and T. Li. "Laser Beams and Resonators."

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(KOGELNIK, H 69) Kogelnik, Herwig. "Coupled Wave Theory for Thick

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38 refs.

(KOKUBU,A 72) Kokubu, Akio, and Osamu Ishii. "Properties of

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IEEE Transactions on Magnetics. Vol. MAG-8, No. 3,

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(KORPEL,A 78) Korpel, A. "Simplified Diffraction Theory of the Video

Disk." Applied Optics. Vol. 17, No. 13, July 1, 1978,

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(KRAMER, CJ 79) Kramer, C.J. "Minimization of Wobble Effects in

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1979 lEEE/OSA Conference on Laser Engineering and

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(KRESSEL,H 74A) Kressel, H. "Gallium Arsenide and (AlGa)As Devices

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(KRESSEL.H 74B) Kressel, H., H.F. Lockwood, I. Ladany, and M. Ettenberg.

"Heterojunction Laser Diodes for Room Temperature

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(KRUMME.JP 73A) Krumme, Jens-Peter, and Heinz Dimigen. "Ion-Beam

Etching of Groove Patterns into Garnet Films." IEEE

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(KRUMME, JP 73B) Krumme, J. P., and P. Hansen. "New Magneto-Optic Memory

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(KRUMME, JP 75) Krumme, Jens-Peter., and Hans Jurgen Schmitt.

"Ferrimagnetic Garnet Films for Magnetooptic Information Storage." IEEE Transactions on Magnetics. Vol.

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(KUEHLER,JD 66) Kuehler, J.D. and H.R. Kerby. "A Photo-Digital Mass

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(KURTZ, RL 75) Kurtz, Robert L. and Robert B. Owen. "Holographic

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(LABRUNIE.G 74) Labrunie, G., J. Robert, and J. Borel. "Nematic Liquid

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(LACKLISON,DE 73) Lacklison, David E., George B. Scott, H.I. Ralph,

and John L. Page. "Garnets with High Magnetooptic

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(LACKLISON, DE 75) Lacklison, D.E., G.B. Scott, R.F. Pearson, and

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(LAMB, WE 64) Lamb, W.E. "Theory of an Optical Maser." Physical

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{LAND,CE 69) Land, C.E., and P.P. Thatcher. "Ferroelectric Ceramic

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(LAND,CE 78) Land, C. E. "Optical Information Storage and Spatial

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Vol. 17, No. 4, July/August 1978, pp. 317-326. 41 refs.

(LANGDON,RM 69) Langdon, R.M. "Design of a Large Read-Only Holographic

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(LANGLETjR 72) Langlet, Regis. "Thermomagnetic Writing on Thin

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(LANGLET, R 73) Langlet, Regis, Bernard Carre, and Jean-Paul Pivot.

"High Speed Recording on MnBi Thin Films Deposited on Discs." IEEE Transactions on Magnetics. Vol. MAG-9, No.

3, September 1973, pp. 401-405. 11 refs.

(LASERF 74) "Videodisk: A Status Report." Laser Focus. Vol. 10,

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(LAUB,LJ 76) Laub, L.J. "Optics of Reflective Video Disc Players."

IEEE Transactions on Consumer Electronics, Vol. CE-22,

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(LAW,KY 80) Law, K.Y., P.S. Vincett, R.O. Loutfy, L, Alexandru,

M.A. Hopper, J.H. Sharp, and G.E. Johnson. "Ablative

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(LEE,JN 79) Lee, J.N., and N.J. Berg. "Acousto-Photoref lective

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(LEE,K 71) Lee, K., and J.C. Suits. "Preparation of Doped

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(LEE,K 73A) Lee, Kenneth, and J.C. Suits. "Magnetic Properties

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(LEE,K 73B) Lee, Kenneth. "Magnetic Thin Films for Optical

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Vol. 10, No. 5, September/October 1973, pp. 631-639.

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(LEE,TC 68) Lee, T.C., and J. David Zook. "Light Beam Deflection with

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(LEE,TC 71) Lee, T.C., and D. Chen. "Writing Characteristics of MnBi

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Vol. 19, No. 3, August 1, 1971, pp. 62-65.

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(LEE,TC 72) Lee, T.C. "MnBi Films as Potential Storage Media in

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(LEE,TC 79A) Lee, T.C. "Automated Thermoplastic Holographic

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OSA Conference on Laser Engineering and Applications;

May 30-June 1, 1979; Washington, D.C. New York: Institute

of Electrical and Electronic Engineers; 1979; p. 100. See

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(LEE,TC 79B) Lee, T.C, J. Rebholz, P. Tamura, and J. Lindquist.

"Ambiguity Processing by Joint Fourier Transform Holography." Digest of Technical Papers: 1979 lEEE/OSA

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(LEE,TC 79C) Lee, T.C, and C Butter. "Thermoplastic

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(LEE,WH 72) Lee, Wai-Hon. "Effect of Film-Grain Noise on the

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(LEITH,EN 62) Leith, Emmett N., and Juris Upatnieks. "Reconstructed

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(LEITH,EN 67) Leith, E.N., and J. Upatnieks. "Recent Advances in

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(LEUNG, KM 79) Leung, K.M., E. Bernal G., and J.C. Wyant. "InSitu Holographic Testing of Lenses with an Automatic

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(LEWICKI,GW 69) Lewicki, G.W. "Curie-Point Switching in Mn-Bi

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(LEWICKI, GW 70) Lewicki, G., and J.E. Guisinger. "Narrow-Curie

Point Switching Transfer Characteristics in Mn-Bi Films."

Applied Physics Letters. Vol. 16, No. 6, March 15, 1970,

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(LEWICKI, GW 73) Lewicki, G, and J.E. Guisinger. "Laser Recording

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(LIN,LH 69) Lin, L.H. "Hologram Formation in Hardened Dichromated

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(LIN,LH 70) Lin, L.H., and H.L. Beauchamp. "Write-Read-Erase in Situ

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Vol. 9, No. 9, September 1970, pp. 2088-2092.

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(LIN,LH 71) Lin, L.H. "Method of Characterizing Hologram-Recording

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Vol. 61, No. 2, February 1971, pp. 203-208.

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(LIPP,J 71) Lipp, James, and Jerry L. Reynolds. "A High

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(LIU,TS 71) Liu, T.S., and C.I. Knudson. "Identification and

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(LOHMAN,RD 71) Lohman, R.D., R.S. Mezrich, and W.C. Stewart.

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(LOU,DY 81) Lou, David Y., Gerard M. Bloom, and George C. Kenney.

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(LOU,DY 82) Lou, David Y. "Characterization of Optical Disks."

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(LYNCH, RT 79) Lynch, R.T., Jr., M.B. Small, and R.Y. Hung.

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1979, pp. 585-595. 57 refs.

(MACDONALD,RE 69) MacDonald, R.E., and J. W. Beck. "Magneto-Optical

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(MAIMAN,TH 60) Maiman, T.H. "Stimulated Optical Radiation in Ruby."

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(MANSURIPUR,M 82) Mansuripur, Masud, G.A. Neville Connell, and

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(MARCHANT,AB 82) Marchant, Alan B. "Optical Disk Readout: A Model

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(MARINACE,JC 70) Marinace, J.C. "One-Dimensional GaAs Laser Arrays

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(MATICK,RE 72) Matick, Richard E. "Review of Current Proposed

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(MATSUMURAjM 74) Matsumura, Masaru. "Speckle Noise Reduction by

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(MATSUSHITA, S 75) Matsushita, S., k. Sunago, and Y. Sakurai.

"Thermomagnetic Writing in Gd-Co Sputtered Films."

IEEE Transactions on Magnetics. Vol. MAG-11, No. 5,

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(MAYDAN,D 70A) Maydan, Dan. "Acoustooptical Pulse Modulators," IEEE

Journal of Quantum Electronics. Vol. QE-6, No. 1, January

1967, pp. 15-24. 16 refs.

(MAYDAN, D 70B) Maydan, D. "Fast Modulator for Extraction of Internal

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March 15, 1970, pp. 1552-1559. 18 refs.

(MAYDAN, D 71) Maydan, D. "Micromachining and Image Recording on Thin

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(MAYER, L 55) Mayer, Ludwig. "On Electron Mirror Microscopy."

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1955, pp. 1228-1230. 8 refs.

(MAYER, L 57) Mayer, Ludwig. "Electron Mirror Microscopy of

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(MAYER, L 58A) Mayer, Ludwig. "Electron Mirror Microscopy of

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(MAYER, L 58B) Mayer, Ludwig. "Curie-Point Writing on Magnetic

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(MAYER, L 58C) Mayer, Ludwig. "Magnetic Writing with an Electron Beam."

Journal of Applied Physics. Vol. 29, No. 10, October 1958,

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(MAYER, L 60A) Mayer, L. "Observations on MnBi Films during Heat

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(MAYER, L 608) Mayer, Ludwig. "Nucleation Experiments on Thin

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(MCCAMY,CS 65) McCamy, C.S. "On the Information in a Microphotograph.

Applied Optics. Vol. 4, No. 4, April 1965, pp. 405-411.

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(MCCOY, DS 78) McCoy, D.S. "The RCA 'SelectaVision ' VideoDisc

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(MCFARLAND,K 68) McFarland, K., and M. Hashiguchi. "Laser Recording Unit

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Proceedings of the Fall Joint Computer Conference; December

9-11, 1968; San Francisco, California. Washington, D.C.:

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(MCGUIRE,TR 71) McGuire, T.R., G.F. Petrich, B.L. Olson, V.L. Moruzzi,

and K.Y. Ahn. "Magnetic and Magneto-Optical

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(MCLEOD, J 81A) McLeod, Jonah. "Optical Disks Loom as Replacements for Tape."

Electronic Design. Vol. 29, No. 201, September 30, 1981, pp. 97-103.

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(MCLEOD, J 81B) McLeod, Jonah. "Optical Disk Storage Technology---New

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(MEE,CD 67) Mee, CD., and G.J. Fan. "A Proposed Beam-Addressable Memory."

IEEE Transactions on Magnetics. Vol. MAG-3, No. 1, March 1967,

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(MEGLA,GK 66) Megla, G.K. "Optical Properties and Applications of Photochromic

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(MEHTA,RR 71) Mehta, R.R. "Ferroelectric/Photoconductor Memory Device."

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(MELCHIOR,H 70) Melchior, Hans, Mahlon B. Fisher, and Frank R. Arams.

"Photodetectors for Optical Communication Systems."

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(MELCHIOR, H 72) Melchior, H. "Demodulation and Photodetection Techniques.

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(MENNIE,D 79) Mennie, Don, assoc. ed. "Consumer Electronics:

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(MENZEL,RW 81) Menzel, R.W. "Image Resolution of a Holographic

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(MEYER, H 72) Meyer, H., D. Riekmann, K.P. Schmidt, U.J. Schmidt, M.

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(MEZRICH.RS 69) Mezrich, R.S. "Curie-Point Writing of Magnetic Holograms

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(MEZRICH, RS 70A) Mezrich, Reuben S. "Reconstruction Effects in

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(MEZRICH, RS 70B) Mezrich, R.S. "Magnetic Holography." Applied

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(MICHERON,F 72) Micheron, F., and G. Bismuth. "Electrical Control of

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15, 1972, pp. 79-81. 8 refs.

(MICHERON, F 74A) Micheron, F., C. Mayeux, and J.C. Trotier. "Electrical

Control in Photoferroelectric Materials for Optical Storage."

Applied Optics. Vol. 13, No. 4, April 1974, pp. 784-787.

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(MICHERON,F 74B) Micheron, P., J.M. Rouchon, and M. Vergnolle. "Optical

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(MIDDELHOEK,S 70) Middelhoek, S. "Projection Masking, Thin Photoresist Layers and Interference Effects." IBM Journal

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(MIKAELIANE,AL 70) Mikaeliane, A.L., and V.I. Bobrinev. "Holographic

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(MILLER, RC 79) Miller, R.C., R.H. Willens, H.A. Watson, L.A. D'Asaro,

and M. Feldman. "A Gallium-Arsenide Laser Facsimile

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(MIMURA,Y 76) Mimura, Y., N. Imamura, and T. Kobayashi. "Magnetic

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(MINNAJA,N 73) Minnaja, N., P.L. Boschetti, and D. Chen. "Magnetic Field

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(MITSUHASHI,Y 76) Mitsuhashi, Y., T. Morikawa, K. Sakurai, A. Seko,

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(NAKADA,0 74) Nakada, Osamu, Naoki Chinone, Satoshi Nakamura,

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(SAWATZKY, E 71C) Sawatzky, Erich, and G. Byron Street. "The Structural

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(SCH00T,CJ 73) Schoot, C.J., J.J. Ponjee, H.T. van Dam, R.A. van Doom,

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(SMITH, AW 73) Smith, A.W. "Optical Storage in VO2 Films." Applied

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(SMITH, DO 67) Smith, D.O. "Magnetic Films and Optics in Computer

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(STARK, H 71) Stark, H., "Some Film-Noise Measurements by Diffraction

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(STEWART, WC 70) Stewart, W.C., and L.S. Cosentino. "Optics for a Read-Write

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(TITLE, AM 79) Title, A.M., and W.J. Rosenberg. "Tunable

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Vol. 32, No. 10, May 15, 1978, pp. 673-675. 3 refs.

(TOGAMI, Y 82) Togami, Y., K. Kobayashi, M. Kajiura, K. Sato, and

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(T0MLINS0N,WJ 70) Tomlinson, W.J., I. P. Kaminow, E.A. Chandross, R.L. Fork,

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(TOMLINSON, WJ 72) Tomlinson, W.J., E.A. Chandross, R.L. Fork, C.A. Pryde, and

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(TOROK,EJ 78) Torok, E.J., D.L. Fleming, T. R. Johansen,

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MAG-14, No. 1, January 1978, pp. 31-32. 3 refs.

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(VOLKER,S 79) Volker, S., and R.M. McFarlane. "Photochemical

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155
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(WASHKO,S 76) Washko, S., J. Gerboc, and J. Orehotsky. "Magnetic

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(WHITE, RM 80) White, Robert M. "Disk-Storage Technology."

Scientific American. Vol. 243, No. 2, August 1980,

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(WHITMAN, RL 69) Whitman, R.L., and A. Korpel. "Probing of Acoustic

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(WIEDER,H 71A) Wieder, H., and H. Werlich. "Characteristics of GaAs

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(WIEDER, H 71B) Wieder, H., S.S. Lavenberg, G.J. Fan, and R.A. Burn.

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2 refs.

(WIEDER, H 73A) Wieder, Harold. "Superresolution in Optical Data Storage."

Applied Physics Letters. Vol. 22, No. 10, May 15, 1973.

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156
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(WIEDER,H 73B) Wieder, Harold, and Robert A. Burn. "Effect of

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(WILLIAMS, HJ 57A) Williams, H.J., R.C. Sherwood, and O.L. Boothby.

"Magnetostriction and Magnetic Anisotropy of MnBi."

Journal of Applied Physics. Vol. 28, No. 4, April

1957, pp. 445-447. 8 refs.

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(WILLIAMS, HJ 58) Williams, H.J., and R.C. Sherwood. "Motion

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(WITTKE,JP 76) Wittke, J. P., I. Gorog, and A. H. Firester. "CW

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Jamberdino, Albert A., ed. Proceedings of the Society of

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157
5.2 GENERAL LITERATURE 5.2 GENERAL LITERATURE

(YAMADA,K 82) Yamada, Koichi, Isao Watanabe, and Takahiro Kubo.

"Investigations of Holes Machined by Laser Beam on Al and

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(YEH,P 79) Yeh, Pochi. "Electro-Optic Tunable Filter Structures."

Tracy, John, ed. Proceedings of the Society of PhotoOptical Instrumentation Engineers: Active Optical Devices;

August 27-28, 1979; San Diego, California. Bellingham,

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(YOSHII,S 74) Yoshii, S., and K. Egashira. "Preparation and

Thermomagnetic Properties of Ti -Doped MnBi Thin Films."

IEEE Transactions on Magnetics. Vol. MAG-10, No. 3,

September 1974, pp. 597-590. 7 refs.

( YOUNG, CG 69) Young, C. Gilbert. "Glass Lasers," Proceedings of the

IEEE. Vol. 57, No. 7, July 1969, pp. 1267-1289.

246 refs.

(ZAKY,SG 72) Zaky, Safwat G. "Dynamic Response of Faraday

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(ZERNIKE,F 78) Zernike, F. "Performance of a Prototype Optical

Disk Recorder." Proceedings of the Technical Program:

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September 19-21, 1978; Boston, Massachusetts. Chicago,

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(ZOOK,JD 72) Zook, J.D., and T.C. Lee. "Geometrical Interpretation of

Gaussian Beam Optics." Applied Optics. Vol. 11, No. 10,

October 1972, pp. 2140-2145. 10 refs.

(ZOOK,JD 74) Zook, J. David. "Light Beam Deflector Performance: A

Comparative Analysis." Applied Optics. Vol. 13, No. 4,

April 1974, pp. 875-887. 40 refs.

158
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

5.3 PATENT LITERATURE

(USP ALBERTSON,CP 64) Albertson, Charles p., inventor; Grumman

Aircraft Engineering Corporation, assignee. "Apparatus

for Determining Thickness During Chemical Milling."

U.S. patent 3,147,169. September 1, 1964. 4p. CI. 156-345.

5 U.S. patents cited.

(USP BEAN,LF 73) Bean, Lloyd F., inventor; Xerox Corporation, assignee.

"Frost Imaging System." U.S. patent 3,764,311. October 9, 1973.

13p. Int. CI. B41m 5/18, 5/20; G03g 13/12. 9 U.S. patents

cited. 1 Foreign patent cited. 1 other reference.

(USP BECKER, CH 69) Becker, Carl H., inventor; Precision Instrument

Company, assignee. "Laser Recording Apparatus." U.S.

patent 3,474,457. October 21, 1969. 9p. Int. CI. GOld 15/10.

2 U.S. patents cited. 1 other reference.

(USP BECKER, CH 72A) Becker, Carl H., inventor. "Laser Recording System

Using Photomagnetical ly Magnetizable Storage Medium."

U.S. patent 3,651,281. March 21, 1972. 9p. Int. CI. Glib

7/24. 4 U.S. patents cited. 2 other references.

(USP BECKER, CH 72B) Becker, Carl H., Harold R. Dell, Keith E. McFarland,

Herman Wong, inventors; Chase Manhattan Capitol Corporation,

assignee. "Laser Recording Medium." U.S. patent 3,665,483.

May 23, 1972. 5p. Int. CI. GOld 15/34. 10 U.S. patents cited.

(USP BELL,AE 78) Bell, Alan Edward, Robert Alfred Bartolini, and

Allen Bloom, inventors; RCA Corporation, assignee.

"Overcoat Structure for Optical Video Disc." U.S. Patent

4,101,907. July 18, 1978. 6p. Int. Cl2. GOID 15/34;

GOID 15/10. 9 U.S. patents cited.

(USP BELL,AE 80A) Bell, Alan E. and Robert A. Bartolini, inventors;

RCA Corporation, assignee. "Recorder and Antiref lective

Record Blank Having an Optically Passive Transparent Layer."

U.S. Patent 4,195,312. March 25, 1980. 5p. Int. Cl^.

GOID 15/34; GllB 7/00; H04N 5/76. 4 U.S. patents cited.

1 other reference.

(USP BELL,AE SOB) Bell, Alan E. and Robert A. Bartolini, inventors;

RCA Corporation, assignee. "Antiref lective Information

Record Having an Optically Passive Transparent Layer." U.S.

Patent 4,195,313. March 25, 1980. 5p. Int. Cl^. H04N 5/76;

GllB 7/24. 5 U.S. patents cited. 1 other reference.

(USP BELL,AE 80C) Bell, Alan E., inventor; RCA Corporation, assignee.

"Optical Anti-Reflective Information Record." U.S. Patent

4,216,501. August 5, 1980. 6p. Int. Cl^. H04N 5/76; GllB 7/24;

GOID 15/34. 7 U.S. patents cited. 1 other reference.

159
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP BELL,AE 800) Bell, Alan E., inventor; RCA Corporation, assignee.

"Playback Information Record Using Phase Cancellation for

Reading." U.S. Patent 4,233,626. November 11, 1980. 5p.

Int. Cl2. H04N 5/76; GllB 7/24; GOID 15/34. 10 U.S. patents

cited. 3 other references.

(USP BELL,AE 81) Bell, Alan E., Robert A. Bartolini, Allen Bloom,

and William J. Burke, inventors; RCA Corporation, assignee.

"Thin Protective Overcoat Layer for Optical Video Disc."

U.S. patent 4,300,143. November 10, 1981. 6p. Int. Cl3.

GOID 15/34. 14 U.S. patents cited. 2 Foreign patents cited.

1 other reference.

(USP BLEIMAN,LW 76) Bleiman, Lewis W., inventor; Pertec Corporation,

assignee. "Disk Positioning Means for a Flexible Magnetic

Disk Drive Apparatus." U.S. patent 3,940,793.

February 24, 1976. 5p.

Int. CK. GllB 5/016; GllB 25/04. 1 U.S. patent cited.

I Foreign patent cited.

(USP BLOOM, A 77A) Bloom, Allen, Robert Alfred Bartolini, and

Alan Edward Bell, inventors; RCA Corporation, assignee.

"Ablative Optical Recording Medium." U.S. patent 4,023,185.

May 10, 1977. 6p. Int. Cl2. GOID 15/34. 4 U.S. patents

cited.

(USP BLOOM, A 77B) Bloom, Allen and Ling Kong Hung, inventors; RCA

Corporation, assignee. "Electro-Optic Device." U.S. patent

4,032,470. June 28, 1977. 6p. Int Cl2. C09K 3/34; G02F 1/13.

II U.S. patents cited.

(USP BLOOM, A 79) Bloom, Allen, inventor; RCA Corporation, assignee.

"Electro-Optic Device." U.S. Patent 4,141,627. February

27, 1979. 5p. Int. Cl^. C09K 3/34; C02F 1/13. 11 U.S. patents

cited. 1 Foreign patent cited. 4 other references.

(USP BLOOM, A 80A) Bloom, Allen and Robert A. Bartolini, inventors;

RCA Corporation, assignee. "Ablatable Medium for Optical

Recording." U.S. Patent 4,218,689. August 19, 1980. 5p.

Int. Cl2. GOID 15/34. 9 U.S. patents cited. 1 Foreign

patent cited. 1 other reference.

(USP BLOOM, A 80B) Bloom, Allen, William J. Burke, and Daniel L. Ross,

inventors; RCA Corporation, assignee. "Optical Recording

Medium." U.S. Patent 4,219,826. August 26, 1980. 5p.

Int. Cl2. GOID 15/34. 5 U.S. patents cited. 2 other

references.

(USP BLOOM, A 80C) Bloom, Allen and William J. Burke, inventors; RCA

Corporation, assignee. "Ablative Optical Recording Medium."

U.S. Patent 4,241,355. 5p. Int. CP. GOID 15/34. 3 U.S.

patents cited.

160
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP BLOOM, A 800) Bloom, Allen and Robert A. Bartolini, inventors;

RCA Corporation, assignee. "Ablative Optical Recording

Medium." U.S. Patent 4,242,689. December 30, 1980. 6p.

Int. Cl3. GOID 15/34. 2 U.S. patents cited.

(USP BOULDIN,EW 81A) Bouldin, Eric W., and Jerome Drexler, inventors;

Drexler Technology Corporation, assignee. "Reflective Data

Storage Medium Made by Silver Diffusion Transfer." U.S.

patent 4,278,756. July 14, 1981. 17 p. Int. CI.

G03C 1/02; G03C 5/32; GOID 15/24; GOID 15/26. 12 U.S.

patents cited. 2 other references.

(USP BOULDIN, EW 81B) Bouldin, Eric W., and Jerome Drexler, inventors;

Drexler Technology Corporation, assignee. "Reflective Data

Storage Medium Made by Silver Diffusion Transfer in

Si Iver-Hal ide Emulsion Incorporating Nuclei." U.S. patent

4,298,684. November 3, 1981. 14 p. Int. CI. 3 G03C 5/54;

G02B27/22. 8 U.S. patents cited.

(USP BOULDIN, EW 81C) Bouldin, Eric W., and Jerome Drexler, inventors;

Drexler Technology Corporation, assignee. "Method for

Photographic Replication of Information on an Optical

Data Storage Medium." U.S. patent 4,304,848. December 8,

1981. 12 p. Int. CI. 3 G03C 1/76; G03C 5/26; G03C 5/54;

GOID 15/14.

(USP BRAATjJJ 76) Braat, Josephus Johannes Maria Braat, inventor;

U.S. Philips Corporation, assignee. "Record Carrier on which a Television Signal is Stored." U.S. patent 3,962,720.

June 8, 1976. 14 p. Int. CI. 2 H04N 5/76; H04N 9/00.

3 U.S. patents cited.

(USP BRADFORD, RS 69) Bradford, Robert S., inventor; Minnesota Mining and

Manufacturing Company, assignee. "Recording System." U.S.

patent 3,423,524. January 21, 1969. lOp. Int. CI. H04n 5/88.

2 U.S. patents cited,

(USP BRAUDY,RS 76) Braudy, Robert Stewart and Hamilton Harvey

Roberts, Jr., inventors; RCA Corporation, assignee.

"Transfer Recording Process." U.S. patent 3,978,247.

August 31, 1976. 5p. Int. Cl2. D06P 1/00. 4 U.S.

patents cited. 1 other reference.

(USP BRINCKMAN,EM 69) Brinckman, Eric Maris, inventor;

Gevaert-Agfa, assignee. "Thermographic Method for Producing

Thermostable Prints." U.S. patent 3,476,578. November 4,

1969. 7p. U.S. CI. X.R. 117-138.8; 117-155; 117-157;

250-65. 7 U.S. patents cited.

161
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP BROADBENT,KD 75) Broadbent, Kent D., inventor; MCA Disco-Vision,

Inc., assignee. "Extended Play Videodisc Recording

System." U.S. patent 3,908,076. September 23, 1975. lip.

Int. Cl2. H04N 5/86. 4 U.S. patents cited.

(USP BRODSKY,MH 73) Brodsky, Marc H., inventor; International

Business Machines Corporation, assignee. "Image Recording

on Tetrahedral ly Coordinated Amorphous Films." U.S. patent

3,716,844. February 13, 1973. 5p. Int. CI. Gllc 13/02;

Gllc 13/04; GOld 15/14. 5 U.S. patents cited. 1 other

reference.

(USP BRYER,PS 77) Bryer, Philip Stuart, inventor; PreSci, Inc.,

assignee. "Disk Positioning and Ejection Device in a Disk Drive." U.S. Patent 4,040,107. August 2, 1977. 8p.

Int. Cl2. GllB 17/04. 2 U.S. patents cited.

(USP CASTELLANO,JA 71) Castellano, Joseph A., inventor; RCA Corporation,

assignee. "Electro-Optic Light Modulator." U.S. patent

3,597,044. August 3, 1971. 7p. Int. CI. G02f 1/34. 1 U.S.

patent cited.

(USP CLUNIS,K 66) Clunis, Kenneth, inventor; Minnesota Mining and

Manufacturing Company, assignee. "Spatial Coherent

Reproducing System." U.S. patent 3,287,563. November 22,

1966. 7p. CI. 250-219. 5 U.S. patents cited. 2 other

references.

(USP CLUNIS, K 69) Clunis, Kenneth, inventor; Minnesota Mining and

Manufacturing Company, assignee. "Thermoplastic Recording."

U.S. patent 3,427,628. February 11, 1969. lOp.

U.S. CI. X.R. 346-77;340-173;178-6.6. 4 U.S. patents cited.

(USP CREDELLE,TL 79) Credelle, Thomas L., William J. Hannan, and Fred

W. Spong, inventors; RCA Corporation, assignee. "Broadening

the Spatial Frequency Pass Band of a Thermoplastic Layer."

U.S. Patent 4,137,077. January 30, 1979. 4p. Int. Cl2.

G03G 16/00. 5 U.S. patents cited. 1 Foreign patent cited.

(USP DALZIEL,WL 75) Dalziel, Warren L., inventor; Shugart

Associates, assignee. "Flexible Disk Drive Cartridge

Loading Apparatus." U.S. patent 3,890,643. June 17,

1975. 7p. Int. CI. Glib 17/04; Glib 5/82. 2 U.S. patents

cited.

(USP DELANG,H 78) DeLang, Hendrik, and Gijsbertus Bouwhuis,

inventors; U.S. Philips Corporation, assignee. "Record

Carrier on which Information is Stored in an Optically

Readable Structure." U.S. patent 4,084,185. April 11,

1978. 8 p. Int. CI. 2 H04N 5/76; GllB 23/00. 8 U.S.

patents cited.

162
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP DICKOPP,G 72) Dickopp, Gerhard, Helmut Betsch, and Eduard

Schuller, inventors; Licentia Patent-Verwaltungs-GmbH,

assignee. "Playback System with Radiation Guide Member

Having a Slide Portion Extending into the Groove."

U.S. patent 3,654,401. April 4, 1972. 8p. Int. CI.

Glib 3/34; H04r 23/00. 6 U.S. patents cited.

(USP DIXON, GD 72) Dixon, George D., and Luciano C. Scala, inventors;

Westinghouse Electric Corporation, assignee. "Cholesteric

Liquid Crystal Stabilizers for Detector Elements." U.S.

patent 3,656,909. April 18, 1972. lOp. Int. CI. C09k 1/00;

GOln 31/22; G02f 1/00. 1 Foreign patent cited.

(USP DOVE,JF 65) Dove, John P., inventor. "Data Storage and Retrieval

System." U.S. patent 3,226,696. December 28, 1965. 6 p. Int. CI. Gllc 11/42. 9 U.S. patents cited. This patent was reissued on May 26, 1970. Re. 26,901.

(USP DREXLER,J 81A) Drexler, Jerome, and Eric W. Bouldin, inventors;

Drexler Technology Corporation, assignee. "Data Storage

Medium Having Reflective Particulate Silver Layer."

U.S. patent 4,269,917. May 26, 1981. 16p. Int. CI.

G03C 1/02; G03C 5/32; GOID 15/24; GOID 15/26. 8 U.S.

patents cited.

(USP DREXLER, J 81B) Drexler, Jerome, and Eric W. Bouldin, inventors;

Drexler Technology Corporation, assignee. "Process for

Making a Reflective Data Storage Medium." U.S. patent

4,278,758. July 14,1981. 16 p. Int. CI. 3 G03C 1/76;

G02B 27/22; G03C 1/48; G03C 5/24. 11 U.S. patents cited.

3 other references.

(USP DREXLER, J 81C) Drexler, Jerome, and Carl R. Betz, inventors;

Drexler Technology Corporation, assignee. "Gelatin-Epoxy

Sheet Materials." U.S. patent 4,279,989. July 21, 1981.

7p. Int. CI. 3 G03C 1/78. 3 U.S. patents cited.

(USP DREXLER, J 81D) Drexler, Jerome, and Eric W. Bouldin, inventors;

Drexler Technology Corporation, assignee. "Broadband

Reflective Laser Recording and Data Storage Medium with

Absorptive Underlayer." U.S. patent 4,284,716. August 18,

1981. 15 p. Int. CI. 3 G03C 1/84; G03C 1/76; G02B 27/22;

G03C 5/24. 12 U.S. patents cited. 2 other references.

(USP DREXLER, J 82A) Drexler, Jerome, and Eric W. Bouldin, inventors;

Drexler Technology Corporation, assignee. "Method for

Making a Broadband Reflective Laser Recording and Data

Storage Medium with Absorptive Underlayer." U.S. patent

4,312,938. January 26, 1982. 15 p. Int. CI. 3 G03C 5/24;

G03C 5/54. 17 U.S. patents cited. 2 other references.

163
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP DREXLER,J 82B) Drexler, Jerome, inventor; Drexler Technology

Corporation, assignee. "Laser Pyrographic Reflective

Recording Layer in a Carbon Containing Absorptive Matrix."

U.S. patent 4,314,260. February 2, 1982. 8 p. Int. CI.

GOID 15/10; GOID 15/34. 13 U.S. patents cited. 1 other

reference.

(USP DREXLER, J 82C) Drexler, Jerome, inventor; Drexler Technology

Corporation, assignee. "Optical Data Storage and Recording

Medium Having a Replaceable Protective Cover Plate."

U.S. patent 4,319,252. March 9, 1982. 5 p. Int. CI.

GOID 15/34. 11 U.S. patents cited.

(USP DREXLER, J 82D) Drexler, Jerome, inventor; Drexler Technology

Corporation, assignee. "Method for Making Gelatin Epoxy

Sheet Materials." U.S. patent 4,321,102. March 23, 1982.

7 p. Int. CI. 3 G03C 1/78. 7 U.S. patents cited.

(USP DREYER,JF 51) Dreyer, John P., inventor; "Dichroic Light-Polarizing

Sheet Materials and the Like and the Formation and Use

Thereof." U.S. patent 2,544,659. March 13, 1951. 7p.

CI. 88-65. 11 U.S. patents cited. 1 other reference.

(USP ELLIOT, JE 76) Elliot, James E., inventor; MCA Discovision, Inc.,

assignee. "Video Disc Player with Movable Mirror for

Directing Light Beam onto Reflective Disc." U.S. patent

3,944,727. March 16, 1976. lOp. Int. Cl2. GllB 21/10;

GllB 7/08; H04N 5/76. 6 U.S. patents cited.

(USP ERICKS0N,AM 72) Erickson, Allen M., inventor; The United States of

America as represented by the Secretary of the Navy, assignee.

"Laser Pulse Time Modulation Q-Switch." U.S. patent

3,660,777. May 2, 1972. 4p. Int. CI. HOls 3/11.

2 U.S. patents cited.

(USP FECHTER,HG 73A) Fechter, Henry G., inventor; Teletype Corporation,

assignee. "Laser Recording Medium." U.S. patent 3,740,761.

June 19, 1973. 6p. Int. CI. GOld 15/34. 5 U.S. patents

cited. 1 other reference.

(USP FECHTER, HG 73B) Fechter, Henry G., inventor; Teletype Corporation,

assignee, "Laser Writing." U.S. patent 3,747,117. July

17, 1973. 5p. Int. CI. GOld 15/34. 9 U.S. patents cited.

(USP FEINLEIB,J 73) Feinleib, Julius, inventor; Energy Conversion, Inc.,

assignee. "Data Storage System with Coarse and Fine

Directing Means." U.S. patent 3,737,877. June 5, 1973. 7p.

Int. CI. Gllc 13/04; GOld 15/14; G02b 5/08.

13 U.S. patents cited. 2 other references.

164
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP FLANAGAN, WC 63) Flanagan, William C, inventor; Eastman Kodak

Company, assignee. "Piezoelectric Actuating Element."

U.S. patent 3,110,824. November 12, 1963. 5p. CI. 310-8.5.

2 U.S. patents cited.

(USP FURAHASHI,A 74) Furahashi, Akira, inventor; Canon

Kabushiki Haisha, assignee. "Recording Medium Having

Concealed Information as Input for Electronic Computer."

U.S. patent 3,829,662. August 13, 1974. 12p. Int. CI.

G06k 7/12; G06k 19/06; GOln 21/30; H04q 3/72. 8 U.S.

patents cited.

(USP GILS0N,AP 81) Gilson, Alan P., and Bohdan W. Siryj, inventors;

RCA Corporation, assignee. "Protective Cartridge for Optical

Disk." U.S. Patent 4,273,342. June 16, 1981. 9p.

Int. Cl3. GllB 17/00; GllB 5/48. 5 U.S. patents cited.

(USP GLORIOSO,CA 76) Glorioso, Charles A., inventor; Teletype

Corporation, assignee. "Astigmatizer for Laser Recording

and Reproducing System." U.S. patent 3,983,317.

September 28, 1976. 9p. Int. Cl2. GllB 7/18;

H04N 5/76. 6 U.S. patents cited. 1 other reference.

(USP G0LDMACHER,JE 72) Goldmacher, Joel E. and George H. Heilmeier,

inventors; RCA Corporation, assignee. "Liquid Crystal

Display Element Having Storage." U.S. patent 3,703,331.

November 21,1972. 6p. Int. CI. G02f 1/16. 1 U.S. patent cited.

(USP GOLDSCHMIDT,AM 79) Goldschmidt, Arthur M. and Lee V. Hedlund,

inventors; RCA Corporation, assignee. "Tracking Servo System

for Video Disc Player/Recorder." U.S. Patent 4,160,270.

July 3, 1979. 8p. Int. Cl^. H04N 5/76; GllB 17/00; GllB 21/10.

9 U.S. patents cited.

(USP GOODMAN, LA 78) Goodman, Lawrence Alan, Aaron William Levine, and

Dietrich Meyerhofer, inventors; RCA Corporation, assignee.

"Electro-Optic Device." U.S. Patent 4,120,567. October

17, 1978. 5p. Int. Cl^. C09K 3/34; G02F 1/13. 7 U.S.

patents cited. 4 Foreign patents cited.

(USP GORDON, JG 79) Gordon, II, Joseph G. and Glenn T. Sincerbox,

inventors; International Business Machines Corporation,

assignee. "Amplitude Modulation of Light Beam." U.S.

patent 4,165,155. August 21, 1979. 4p. Int Cl^. G05D 25/00.

11 U.S. patents cited.

(USP GOROG,I 77) Gorog, Istvan and Joseph Dale Knox, inventors;

RCA Corporation, assignee. "Acousto-Optic Modulated Laser."

U.S. Patent 4,019,155. April 19, 1977. 3p. Int. Cl^.

HOIS 3/10. 1 U.S. patent cited.

165
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP GRAF,P 74) Graf, Peter and Dieter Roess, inventors; Siemens

Aktiengesel Ischaft, assignee. "Storage Medium, Method for

Recording Information Thereon, and Apparatus for Retrieving

the Information Therefrom." U.S. patent 3,838,401. September

24, 1974. 6p. Int. CI, Gllc 13/04; Gllc 11/46. 4 U.S.

patents cited.

(USP GREGG, DP 67) Gregg, David Paul, inventor; Gauss Electrophysics,

Incorporated, assignee. "Transparent Recording Disc."

U.S. patent 3,430,966. March 4, 1969. 3p. U.S. CI. X.R.

346-137; 178-6.7; 179-100.4. 9 U.S. patents cited.

(USP GREGG, DP 70) Gregg, David Paul, and Keith 0. Johnson, inventors;

MCA Technology, Inc., assignee. "Video Signal Transducer

Having Servo Controlled Flexible Fiber Optic Track Centering."

U.S. patent 3,530,258. September 22, 1970. 13p. Int. CI.

Glib 7/00; H04n 5/86, 1/24. 3U.S. patent Cited. 1 Foreign

patent cited.

(USP GREVE,PF 79) Greve, Peter F., and William G. Opheij, inventors;

U.S. Philips Corporation, assignee. "Apparatus for Reading

an Optical Radiation-Reflecting Record Carrier Including

a Narrow Focus Control Beam." U.S. patent 4,135,207.

January 16, 1979. 6 p. Int. CI. 2 H04M 5/76; GllB 7/12.

6 U.S. patents cited.

(USP HAAS, WE 74A) Haas, Werner E. L., inventor; Xerox Corporation,

assignee. "Liquid Crystal Imaging System Having Optical

Storage Capabilities." U.S. patent 3,806,230. April 23,

1974. lOp. Int. CI. G02f 1/16. 3 U.S. patents Cited.

1 other reference.

(USP HAAS, WE 74B) Haas, Werner E. L., James E. Adams, Jr., and John

B. Flannery, Jr., inventors; Xerox Corporation, assignee.

"Liquid Crystal Imaging System." U.S. patent 3,842,275.

October 15, 1974. 9p. Int. CI. GOlt 1/16. 2 U.S. patents

cited. 1 other reference.

(USP HAMISCH,H 71) Hamisch, Hansjoachim, inventor; Robert Bosch

GmbH, assignee. "Scanning Apparatus with Automatic Beam

Centering." U.S. patent 3,567,855. March 2, 1971. 7p.

Int. CI. H04n 5/82; G05b 1/06; Glib 7/00. 1 U.S. patent

cited.

(USP HASKAL,H 72) Haskal, Haim, inventor; Honeywell, Inc., assignee.

"Apparatus for Controlling a Beam of Coherent Electromagnetic

Waves." U.S. patent 3,705,758. December 12, 1972. 6p.

Int. CI. G02f 1/28; HOls 3/00; GOld 9/42. 2 U.S. patents

cited.

166
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP HATCHETT,MR 78) Hatchett, Michael R. and Leonard J. Rigbey,

inventors; International Business Machines Corporation,

assignee. "Record Disk Cartridge." U.S. patent 4,131,199.

December 26, 1978. 8p. Int. CK. B65D 85/02; B65D 85/30;

GllB 23/04. 4 U.S. patents cited.

(USP HEILMEIER,GH 72) Heilmeier, George H. and Joel E. Goldmacher,

inventors; RCA Corporation, assignee. "Liquid Crystal

Light Valve Containing a Mixture of Nematic and Cholesteric

Materials in which the Light Scattering Effect is Reduced

when an Electric Field is Applied." U.S. patent 3,650,603.

March 21, 1972. 6p. Int. CI. G02f 1/16. 1 U.S. patent

cited. 1 other reference.

(USP HERMANN, G 73) Herrmann, Gunther, inventor; Photocircuits

Division of Kollmorgen Corporation, assignee. "Method

and Means for Measuring the Deposition Rate in Metallic

Plating Baths." U.S. patent 3,719,565. March 6, 1973. 7p.

Int. CI. GOla 27/00. 4 U.S. patents cited.

(USP HERRMANN, G 78) Herrmann, Gunther, inventor; Kollmorgen Technologies

Corporation, assignee. "Process for Controlling Metal Thickness,

and Deposition and Degradation Rates." U.S. Patent 4,073,964.

February 14, 1978. 5p. Int. Cl2. GOIN 23/203. 5 U.S. patents

cited. 1 other reference.

(USP HEURTLEY,JC 72) Heurtley, John C, inventor; Xerox

Corporation, assignee. "Method of Organized Thermoplastic

Xerography and Photoreceptor Structure Therefor." U.S.

patent 3,698,893. 13p. Int. CI. G03g 13/22; B41m 5/20.

7 U.S. patents cited.

(USP HILL,B 78) Hill, Bernhard, Rudiger Pepperl, and Johann

Kruger, inventors; U.S. Philips Corporation, assignee.

"Optical Storage Disk System with Disk Track Guide

Sectors." U.S. patent 4,094,013. June 6, 1978. 18p.

Int. Cl2. GllB 7/00; GllB 21/10; GllC 13/08. 7 U.S.

patents cited.

(USP HIRUTA,K 70) Hiruta, Katsuya, inventor; Nippon Electric

Company, Limited, assignee. "Magnetic Disc Memory

Housing Device." U.S. patent 3,529,301. September 15,

1970. 8p. Int. CI. Glib 5/82; Glib 17/00; Glib 23/04.

2 U.S. patents cited.

(USP IH,CC 72) Ih, Charles Chung Sen and Michael Jay Lurie,

inventors; RCA Corporation, assignee. "Recording of a Continuous Tone Focused Image on a Diffration Grating."

U.S. patent 3,669,673. 4p. Int. CI. G03c 5/00. 3 U.S.

patents cited. 1 other reference.

167
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP JANSSENjPJ 74) Janssen, Peter Johannes Michiel, inventor;

U.S. Philips Corporation, assignee. "Servo System

for Reading from a Disc-Shaped Record Carrier Containing

Signals Coded in Optical Form."

U.S. patent 3,854,015. December 10, 1974. 9p.

Int. CI. Glib 7/00; H04n 5/84. 2 U.S. patents cited.

1 other reference.

(USP JOHNS, DH 62) Johns, Don H., inventor; American Can Company,

assignee. "Method of and Apparatus for Measuring Coating

Amounts." U.S. patent 3,019,336. January 30, 1962. 6p.

CI. 250-43.5. 3 U.S. patents cited. 1 other reference.

(USP JVIRBLIS,AE 71) Jvirblis, Alex E., inventor; Xerox Corporation,

assignee. "Production of Latent Periodic Memory Patterns

in Frostable Films." U.S. patent 3,560,206. February 2,

1971. 5p. Int. CI. B41m 5/18. 1 U.S. patent cited.

(USP KALT,CG 75) Kalt, Charles G., inventor. "Electrostatic Display

Device with Variable Reflectivity." U.S. patent 3,897,997.

August 5, 1975. lOp. Int. CI. G02f 1/28. 4 U.S. patents

cited.

(USP KASAI,M 78) Kasai, Masanao, Youko Oihawa, Hiroshi Ito, and

Hiroshi Matsuno, inventors; Canon Kabushiki Kaisha, assignee.

"Recording Member and Process for Recording." U.S. Patent

4,069,487. January 17, 1978. lip. Int. Cl2. GOIG 15/34.

8 U.S. patents cited.

(USP KIDO,K 77) Kido, Keishiro, Satoru Honjo, and Masamichi Sato,

inventors; Fuji Photo Film Company, Ltd., assignee.

"Recording Material." U.S. Patent 4,032,691. June 28, 1977.

7p. Int. Cl2. B32B 3/26. 5 U.S. patents cited.

(USP KLEINKNECHT,HP 79) Kleinknecht, Hans P. and James Kane, inventors;

RCA Corporation, assignee. "Optically Monitoring the

Thickness of a Depositing Layer." U.S. Patent 4,141,780.

February 27, 1979. 5p. Int. Cl^. HOIL 21/306. 3 U.S.

patents cited.

(USP KLEUTERS,WJ 79) Kleuters, Wilhelm J., Gerard E. van Rosmalen,

Martinus P.M. Bierhoff, and Kornelis A. Iremink, inventors;

U.S. Philips Corporation, assignee. "Objective Mount for

Video Disc Player." U.S. patent 4,135,206. January 16,

1979. 6p. Int. Cl2. H04N 5/76; GllB 7/12. 4 U.S.

patents cited.

(USP KOHL,L 78A) Kohl, Lambert, Richard Schneider, and Karl Uhl,

inventors; BASF Aktiengesel Ischaft, assignee. "Magazine for

a Plurality of Recording Media." U.S. Patent 4,101,027.

July 18, 1978. 6p. Int. Cl2. GllB 5/48; B65D 85/30. 7 U.S.

patents cited. 1 Foreign patent cited.

168
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP KOHL.L 78B) Kohl, Lambert, Richard Schneider, and Karl Uhl,

inventors; BASF Aktiengesel Ischaft, assignee. "Change-Over

Mechanism for Recording Media, Especially

for Floppy Disks." U.S. Patent 4,127,882.

November 28, 1978. 19p. Int. Cl2. GllB 17/12. 3 U.S.

patents cited.

(USP KORPEL,A 70) Korpel, Adrianus, inventor; Zenith Radio

Corporation, assignee. "Television Picture Recording and

Replay System." U.S. patent 3,534,166. October 13, 1970.

8p. Int. CI. H04n 5/86. 8 U.S. patents cited.

(USP KORPEL, A 76) Korpel, Adrianus, inventor; Zenith Radio

Corporation, assignee. "Video Disc." U.S. patent 3,931,459.

January 6, 1976. 6p. Int. Cl2. GllB 7/24; H04N 1/00;

H04N 3/02. 2 U.S. patents cited. 2 other references.

(USP KRAMER, P 77) Kramer, Pieter, Klaas Compaan, and Robert Franz Karl

Forsthuber, inventors; U.S. Philips Corporation, assignee.

"Video Disc with Phase Structure." U.S. Patent 4,041,530.

August 9, 1977. 7p. Int. Cl^. H04N 5/76; GllB 7/24;

GllB 23/00. 7 U.S. patents cited.

(USP LAKERVELD,HG 77) Lakerveld, Herman Gerard, Gerard Eduard

van Rosmalen, Kornelis Bulthius,and Johannes Petrus Sinjou,

inventors; U.S. Philips Corporation, assignee. "Playing

Apparatus, In Particular a Video Player for Playing a Record which is Made of a Transparent Material and

Provided with a Central Hole." U.S. patent 4,060,248.

November 29, 1977. 7 p. Int. CI. 2 GllB 7/24; H04N 1/28.

5 U.S. patents cited.

(USP LAKERVELD, HG 78) Lakerveld, Herman Gerard, and Gerard Eduard

van Rosmalen, inventors; U.S. Philips Corporation,

assignee. "Pivoting Mirror Device." U.S. patent 4,073,567.

February 14, 1978. 6 p. Int. CI. 2 G02B 27/17. 8 U.S.

patents cited. 1 Foreign patent cited.

(USP LEEDOM,MA 76) Leedom, Marvin Allan and John Clifford Bleazey,

inventors; RCA Corporation, assignee. "Disc Record

Groove Skipper." U.S. Patent 3,993,863. November 23, 1976.

7p. Int. CV. H04N 5/76. 6 U.S. patent cited. 2 other

references.

(USP LEHUREAU,JC 75) Lehureau, Jean Claude and Claude Bricot,

inventors; Thompson-Brandt, assignee. "Reading Out and

Tracking a Recorded Diffractive Trace with an Elongated

Read Out Spot." U.S. patent 3,913,076. October 14, 1975.

lip. Int. Cl2. GllC 13/04; GllB 17/00. 3 U.S. patents

cited. 2 other references.

169
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP LEMERERjJP 75) Le Merer, Jean Pierre, Francois Le Carvenee,

Jean Pierre Lacotte, Roland Mallisin, Claude Puech, and

Claude Tinet, inventors; Thomson-CSF, assignee. "Reproducing Device for the Optical Reading Out of a Record

Carrying an Embossed Print." U.S. patent 3,909,608.

September 30, 1975. 7p. Int. Cl2. G06K 11/02; 611B 7/00.

3 U.S. patents cited.

(USP LINDBERG,CA 58) Lindberg, Charles A., Jr., inventor;

Data Disc Incorporated, assignee. "Magnetic Recording

Disc Cartridge." U.S. patent 3,416,150. December 10, 1968.

20p. U.S. CI. X.R. 179-100.2; 274-4; 274-41.4. 2 U.S.

patents cited.

(USP LIPPITS,GJ 81) Lippits, Gerardus J.M., Arnoldus J.M. van den Broek, and Rinse Dijkstra, inventors; U.S.

Philips Corporation, assignee. "Optically Readable

Information Disc." U.S. patent 4,272,574. June 9, 1981.

6 p. Int. CI. 3 GllB 7/24. 3 U.S. patents cited. 1 Foreign patent cited.

(USP LISSNER,RW 76) Lissner, Rudolf W. and Richard B. Mulvaney,

inventors; International Business Machines Corporation,

assignee. "Magnetic Disk Storage Apparatus." U.S. patent

3,973,273. August 3, 1976. 22p. Int. Cl2 GllB 5/48;

GllB 21/08. 1 U.S. patent cited.

(USP LOU,DY 75) Lou, David Yuan Kong, Hugh Alexander Watson, and

Ronald Howard Wi liens, inventors; Bell Telephone

Laboratories, Inc., assignee. "Metal Film Recording

Media for Laser Writing." U.S. patent 3,911,444.

October 7, 1975. 5p. Int. Cl2. GOID 15/34. 3 U.S.

patents cited. 1 other reference.

(USP MASSE, PR 74) Masse, Phillip R., William J. Pendy, and William

S. Wentink, inventors; International Business Machines

Corporation, assignee. "Loading and Unloading Mechanism

for Flexible Magnetic Disks." U.S. patent 3,846,836.

November 5, 1974. 14p. Int. CI. Glib 17/00. 4 U.S.

patents cited,

(USP MAYDAN,D 73) Maydan, Dan, Melvin Irwin Cohen, and Eugene

Kerwin, inventors; Bell Telephone Laboratories, Inc.,

assignee. "Recording and Display Method and Apparatus."

U.S. patent 3,720,784. March 13, 1973. 13p. Int. CI.

Glib 7/00; Glib 11/02. 7 U.S. patents cited.

(USP MEIER-MALETZ,M 70) Meier-Maletz, Max, inventor; Intersound

Limited, assignee. "Foil-Shaped Sound Record and Method

of Making Same." U.S. patent 3,535,182. October 20, 1970.

8p. Int. CI. B31f 1/00; B32b 31/22. 3 U.S. patents cited.

170
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP MORI.M 75) Mori, Masafumi, inventor; Tokyo Shibaura Electric

Company, Limited, assignee. "Optical Signal Reproducing

Apparatus." U.S. patent 3,860,766. January 14, 1975. 8p.

Int. CI. Glib 7/00; H04n 5/76; Glib 3/00. 8 U.S. patents

cited.

(USP 0HNUKI,K 74) Ohnuki, Katuhiro, Kazuhiro Sato, Shin Miyajinia,

and Hideo Suyama, inventors; Victor Company of Japan, Ltd.,

assignee. "Curved Piezoelectric Elements." U.S. patent

3,816,774. June 11, 1974. 17p. Int. CI. H04r 17/00.

3 U.S. patents Cited.

(USP OHTAjT 76) Ohta, Takeo and Mutsuo Takenaga, inventors;

Matsushita Electric Industrial Co., Ltd., assignee.

"Optical Information Storage Material and Method of

Making It." U.S. patent 3,971,874. July 27, 1976. 8p.

Int. Cl2. C23C 3/04; GOID 15/34. 9 U.S. patents cited.

1 Foreign patent cited.

(USP PEPPERL,R 78) Pepperl, Rudiger, Johann Kruger, and Bernard

Hill, inventors; U.S. Philips Corporaton, assignee.

"Optical Multi-Channel Digital Disc Storage System."

U.S. patent 4,094,010. June 6, 1978. 15 p. Int. CI.

GllB 21/10; GllB 7/00. 6 U.S. patents cited. 1 Foreign

patent cited.

(USP PHILLIPS, W 79) Phillips, William, inventor; RCA Corporation,

assignee. "Surface Acoustic Wave Device with Reduced

Spurious Responses." U.S. Patent 4,142,163. February 27,

1979. 4p. Int. Cl2. H03H 9/26; H03H 9/30; H03H 9/32;

HOIL 41/18. 1 U.S. patent cited.

(USP PICKER, A 69) Picker, Amos, inventor; Hughes Aircraft Company,

assignee. "Piezoelectric Laser Beam Deflector." U.S.

patent 3,442,570. May 6, 1969. 5p. Int CI. G02f 1/34.

2 U.S. patents cited.

(USP PRADERVAND,M 76) Pradervand, Michel, inventor; RCA Corporation,

assignee. "Center Hole Formation in an Information Storing

Disc." U.S. Patent 3,938,810. March 12, 1976. 6p. Int. CV.

GllB 17/06. 7 U.S. patents cited. 1 Foreign patent cited.

(USP RADIMER,KJ 69) Radimer, Kenneth J., inventor; FMC Corporation,

assignee. "Process and Apparatus for Controlling Metal

Etching Operation." U.S. patent 3,476,242. October 28,

1969. 8p. U.S. CI. X.R. 134-10; 134-41; 134-56;156-345.

6 U.S. patents cited.

(USP RADIMER, KJ 70) Radimer, Kenneth J., inventor; FMC Corporation,

assignee. "Process for Controlling Metal Etching Operation."

U.S. patent 3,503,817. March 31, 1970. 3p. U.S. CI. X.R.

156-345. 6 U.S. patents cited.

171
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP RENNICK,JL 75) Rennick, John L., inventor; Zenith Radio

Corporation, assignee. "Stop Frame for Optical Playback

System," U.S. patent 3,911,211. October 7, 1975. 7p.

Int. Cl2. H04N 5/76; GllB 17/00. 1 U.S. patent cited.

1 other reference.

(USP ROSS,DL 73) Ross, Daniel Louis, inventor; RCA Corporation,

assignee. "Photochromic Display and Storage Device and

Method of Operation Thereof." U.S. patent 3,715,212.

February 6, 1973. 6p. Int. CI. G03c 5/24; G03c 1/72.

3 U.S. patents cited.

(USP SHENG,P 79) Sheng, Ping and Arthur H. Firester, inventors; RCA

Corporation, assignee. "Optical Playback System Having

Increased Depth-of-Field. " U.S. Patent 4,179,708.

December 18, 1979. 6p. Int. Cl2. GllB 7/00. 3 U.S.

patents cited. 1 other reference.

(USP SHILL,KE 71) Shill, Karl E., inventor; The Singer Company,

assignee. "Memory Disc Cartridge with Loading Mechanism."

U.S. patent 3,593,327. July 13, 1971. 9p. Int. CI.

Glib 23/04. 6 U.S. patents cited.

(USP SILVERMAN, D 73) Silverman, Daniel, inventor. "Random Access

Multiple Disc Optical Information Storage System." U.S.

patent 3,774,172. November 20,1973. 8p. Int. CI. Gllc 5/04;

Gllc 13/04. 10 U.S. patents cited.

(USP SOMERS,LE 68) Somers, Lewis E., inventor; General Electric

Company, assignee. "Thermal Modulation Thermoplastic

Recording." U.S. patent 3,406,405. October 15, 1968. 7p.

CI. 346-1. 5 U.S. patents cited.

(USP SPONG,FW 78) Spong, Fred William, inventor; RCA Corporation,

assignee. "Multilayer Optical Record." U.S. Patent 4,097,895.

June 27, 1978. 8p. Int. Cl2. H04N 5/76; GllB 7/24;

GOID 15/34. 9 U.S. patents cited. 1 other reference.

(USP SPONG, FW 80) Spong, Fred W., inventor; RCA Corporation, assignee.

"Optical Record Playback Apparatus Employing Light Frequency

at which Alternate Regions of Record Track Exhibit

Anti-Reflection Condition." U.S. Patent 4,219,848.

August 26, 1980. 6p. Int. Cl2. H04N 5/76; GllB 7/00.

7 U.S. patents cited. 2 Foreign patents cited. 1 other

reference.

(USP STAEBLER,DL 80) Staebler, David L., inventor; RCA Corporation,

assignee. "Updatable Optical Storage Medium." U.S. Patent

4,202,928. May 13, 1980. 4p. Int. Cl2. B32B 17/06; GOID 15/34.

3 U.S. patents cited. 1 other reference.

172
5,3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP STERLING, HF 72) Sterling, Henley Frank and Richard Charles

George Swann, inventors; International Standard Electric

Corporation, assignee. "Method of Forming Silicon Dioxide

Coatings in an Electric Discharge." U.S. patent 3,655,438.

April 11, 1972. 5p. Int. CI. HOlb 1/04; B44d 1/34;

B44d 1/02. 6 U.S. patents cited.

(USP STEWART, WC 77) Stewart, Wilber Clarence, inventor; RCA Corporation,

assignee. "Videodisc Playback System." U.S. Patent 4,065,786.

December 27, 1977. 9p. Int. Cl2. H04N 5/76. 10 U.S. patents

c i ted

(USP TAKAHARA,I 76) Takahara, Ichiro, Tadshiko Yabu, and Takashi

Miwa, inventors; Sanyo Electric Company, Limited, assignee.

"Automatic Flexible Record Feeding Device." U.S. patent

3,931,640. January 6, 1976. 9p. Int. Cl2. GllB 17/04;

GllB 5/012; GllB 5/80. 4 U.S. patents cited.

(USP TAKEDA,Y 77) Takeda, Yasutsugu, Hishashi Nakamura, Yoshito

Tsunoda, Toshihisa Tsukada, and Toshimitsu Miyauchi,

inventors; Hitachi, Limited, assignee. "Apparatus for

Optically Reconstructing Information." U.S. patent

4,051,528. September 27, 1977. 6p. Int. Cl2. H04N 5/86.

6 U.S. patents cited.

(USP TODAjM 80) Toda, Minoru and Susumu Osaka, inventors; RCA

Corporation, assignee. "Light Control Device Using a Bimorph Element." U.S. Patent 4,234,245. November 18, 1980.

18p. Int. Cl3. G05D 25/02; G09F 3/04; G09F 9/37. 10 U.S.

patents cited. 2 other references.

(USP URBACH,JC 78) Urbach, John C. and David Cheng, inventors; Xerox

Corporation, assignee. "Motion Blur Compensation for Moving

Media Optical Data Recording System." U.S. Patent 4,130,898.

December 19, 1978. 7p. Int. CV. GllC 13/08; GllC 7/00.

2 U.S. patents cited.

(USP VANBUUL,MC 78) van Buul, Marinus Cornel is Willem, Jan

August Marcel Hofman, Leendert Johan van de Polder, and

Sing Liong Tan, inventors; U.S. Philips Corporation,

assignee. "Method of, and Apparatus for. Manufacturing

a Video Record." U.S. patent 4,090,218. May 16, 1978.

25 p. Int. CI. 2 H04N 5/14; H04N 5/76; H04N 5/14.

3 U.S. patents cited.

(USP VANROSMALEN,GE 77) van Rosmalen, Gerard Eduard, inventor;

U.S. Philips Corporation, assignee. "Tracking Mirror Device

for a Video Disc Player." U.S. patent 4,063,287. December

13, 1977. 8 p. Int. CI. 2 H04N 5/76; H04N 1/24.

4 U.S. patents cited.

173
5.3 PATENT LITERATURE 5.3 PATENT LITERATURE

(USP VANROSMALEN,GE 78) van Rosmalen, Gerard Eduard, inventor;

U.S. Philips Corporation, assignee. "Automatic Dithering

Optical Focusing System Using an Oscillating Mirror in

the Path of the Radiating Beam." U.S. patent 4,074,312.

February 14, 1978. 8 p. Int. CI. 2 GllB 11/00. 10 U.S.

patents cited.

(USP WATSON, WH 76) Watson, William H., inventor; Zenith Radio

Corporation, assignee. "Video Disc with Multiturn

Undulating Storage Track." U.S. patent 3,931,460.

January 6, 1976. 7p. Int. Cl2. GllB 7/24; H04N 1/00,

H04N 3/02. 3 U.S. patents cited. 1 other reference.

(USP WHITMAN, RL 75) Whitman, Robert L., inventor; Zenith Radio

Corporation, assignee. "Slit Detector for Optical Detector

System." U.S. patent 3,919,562. November 11, 1975. 8p.

Int. Cl2. G06K 7/10. 6 U.S. patents cited.

(USP WHITTEMORE,MJ 72) Whittemore, Maurice James, Jr., inventor;

RCA Corporation, assignee. "Recorder and Playback

Apparatus for Pulse Width Modulated Record." U.S. patent

3,688,025. August 29, 1972. 8p. Int. CI. Glib 11/18;

H04n 5/86. 4 U.S. patents cited.

(USP WILBER,CS 77) Wilber, Clarence Stewart, inventor; RCA

Corporation, assignee. "Videodisc Playback System."

U.S. patent 4,065,786. December, 27, 1977. 9 p.

Int. CI. 2 H04N 5/76. 10 U.S. patents cited.

(USP WILLENS,RH 76) Willens, Ronald Howard, inventor; Bell Telephone

Laboratories, Incorporated, assignee. "Metal Film Recording

Media for Laser Writing." U.S. Patent 4,000,492. December 28,

1976. 5p. Int. Cl2. GOID 15/34. 4 U.S. patents cited.

1 other reference.

(USP WOLFF, K 71) Wolff, Karin, and Hansjoachim Hamisch, inventors;

Robert Bosch G.m.b.H, assignee. "Vaporizable Recording Medium."

U.S. patent 3,560,994. February 2, 1971. 3p. Int. CI.

GOld 15/34. 4 U.S. patents cited.

174
ANNOUNCEMENT OF NEW PUBLICATIONS ON

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1. PUBLICATION OR

REPORT NO. NBS SP 500-107

2. Performing Organ. Report No. 3. Publication Date Deconber 1983

4. TITLE AND SUBTITLE

Computer Science and Technology:

A Bibliography of the Literature on Optical Storage Technology

5. AUTHOR(S)

James R. Park

6. PERFORMING ORGANIZATION (If joint or other than NBS. see (n struct/on sj

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

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11. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant

bibliography or literature survey, mention it here)

This bibliography contains nearly 700 references related to optical storage and

retrieval of digital computer data. The citations are divided into two major

groupings: General Literature and Patent Literature Documents. Annotations are provided under the General Literature for many of the references in the critical area concerned with the media used for the optical recording and playback of

optical digital data disks. The documents have been classified into several broad

categories for the user's convenience. Access to the individual citations for each

category is obtained through cross indexes which facilitate the rapid selection of

pertinent articles. In addition to the categorical classifications, several other

indexes are included in this bibliography.

12. KEY WORDS (Six to twelve entries; alphabetical order; capitalize only proper names; and separate key words by se/ni colon s; bibliography; computer disk; materials, maanetooptic; optical computer disk;

optical data disk; optical digital data disk; OD^; optical disk; optical storage; video

disc.

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