Reference

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METROLOGY FOR ELECTROMAGNETIC TECHNOLOGY:

A BIBLIOGRAPHY OF NBS PUBLICATIONS

Edited by: Robert A. Kamper

Electromagnetic Technology Division

Center for Electronics and Electrical Engineering

National Engineering Laboratory

National Bureau of Standards

Boulder, Colorado 80303

-QC

100

.056

79-1625

1980

January 1980

NBSIR 79-1625

GLCloO

G^Ca

METROLOGY FOR ELECTROMAGNETIC TECHNOLOGY:

A BIBLIOGRAPHY OF NBS PUBLICATIONS

Edited by: Robert A. Kamper

Electromagnetic Technology Division

Center for Electronics and Electrical Engineering

National Engineering Laboratory

National Bureau of Standards

Boulder, Colorado 80303

January 1980

U.S. DEPARTMENT OF COMMERCE, Philip M. Kalutznick, Secretary

Luther H. Hodges, Jr., Deputy Secretary

Jordan J. Baruch, Assistant Secretary for Science and Technology

NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

CONTENTS

Page

INTRODUCTION 1

MICROWAVE METROLOGY 3

OPTICAL ELECTRONIC METROLOGY 12

TIME DOMAIN METROLOGY 18

CRYOELECTRONIC METROLOGY 25

AUTHOR INDEX - 35

METROLOGY FOR ELECTROMAGNETIC TECHNOLOGY:

A BIBLIOGRAPHY OF NBS PUBLICATIONS

Edited by

Robert A. Kamper

This bibliography lists the publications of the present personnel

of the Electromagnetic Technology Division of NBS in the period

from January 1970 through September 1979. A few earlier

references that are directly related to the present work of the

division are included.

Key words: Electromagnetic metrology; microwaves; lasers; optical

fibers; time domain metrology; cryoelectronics.

INTRODUCTION

The Electromagnetic Technology Division was formed during the

Reorganization of MBS in April 1978, by combining parts of the former

Electromagnetics and Cryogenics Divisions. It develops measurement methods

and standards, and provides metrological support, for: microwave circuits,

laser systems, optical communication equipment, systems using transient or pulsed electromagnetic phenomena, and cryoelectronics. For the individual

staff members of the division, the reorganization brought a realignment of

long-term goals but little immediate discontinuity in their work. It

therefore makes good sense that this bibliography should cover a period

beginning some time before the reorganization, so as to include at least the more recent origins of the present work of the division. The editor has

attempted to include all work published by the present staff members of the

division, while they were employees of NBS, in the period from January 1970

through September 1979. There are a few exceptions, where work that is

totally unrelated to the present program has been excluded or where work by

authors now in other parts of NBS has been included because of its special

significance. A few papers published before 1970 have also been included

because of their direct relationship to the present program.

There are several other sources that may be useful to the reader who is

interested in activities at NBS connected with electromagnetic metrology. A

companion bibliography to this one lists the publications of the

Electromagnetic Fields Division. Its topics include metrology for: antennas,

satellite communications equipment, electromagnetic interference and hazard,

and remote sensing. Three bibliographies of the publications of the former

Electromagnetics Division have been published: NBS I R-73-320 (July 1972 - June

1973); NB SIR-74-395 (July 1973 - June 1974); NBSIR-75-818 (July 1974 - June

1975). These were preceded by a series of unpublished reports (edited by H.

M. Altschuler) that cover the period back to 1956. An excellent summary of

the whole field of electromagnetic metrology as it stood in 1967 was published

as a special issue of the IEEE Proceedings (volume 55, June 1967). Advances

in the following decade were described in another special issue of the same journal (volume 66, April 1978).
A NOTE ON ABBREVIATIONS

Most readers will be familiar with the commonly used abbreviations for

the names of the various professional journals that appear in this

bibliography. There are also three publication series that are peculiar to

NBS and may call for explanation. They are:

NBSIR - NBS Interagency/Internal Report

NBS-TN - NBS Technical Note

NBS-SP - NBS Special Publication

Purchase Procedures and Document Availability

NBS Technical Notes and Special Publications may be purchased from the

Superintendent of Documents, U.S. Government Printing Office, Washington, D.C.

20402. Orders must be accompanied by postal money order, express money order,

or check made out to the Superintendent of Documents.

NBS Interagency/Internal Reports (NBSIR 1 s) may be purchased from the

National Technical Information Service, Springfield, VA 22161. Orders must be

accompanied by postal money order, express money order, or check made out to

the NTIS.

Reprints of papers published in non-NBS media may be available in limited

quantities from the authors.

ACKNOWLEDGMENTS

A large part of the labor of preparing a bibliography is spent on collecting and arranging the material. I thank Frances Brown, Kathryn Kline,

Jessie Page, and Sheila Aaker for their assistance with these chores. The

prime source of material was the NTIS file, with access through the Lockheed

Dialog System. This was supplemented with material supplied by the individual

authors.

2
MICROWAVE METROLOGY

Performance of a Dual Six-Port Automatic Network Analyzer;

Hoer, Cletus A.

Proceedings IEEE MTT-S 1979, Int. Microwave Symp. Digest:

The World of Microwaves, Orlando, FL., Apr 30-May 2, 1979; IEEE Cat.

No. 79CHI439-9 MIT-S.

Through-Load-Delay: An Improved Technique for Calibrating the

Dual Six-port Automatic Network Analyzer;

Engen, G.F., and Hoer, C.A.

International Microwave Symposium, Orlando, Florida,

Digest p. 53, 1979.

Calibrating Two Six-Port Refl ectometers With an Unknown Length of

Precision Transmission Line;

Hoer, Cletus A.

Proceedings IEEE MIT-S Int. Microwave Symp. Digest, Held at

Ottawa, Canada on Jun 27-29, 1978, pl76-178.

Calibrating a Six-Port Refl ectometer with Four Impedance Standards;

Hoer, Cletus A.

NBS-TN-1012 , Mar 79.

Calibrating the Six-port Refl ectometer by Means of Sliding

Terminations;

Engen, G.F.

IEEE Transactions on Microwave Theory and Technique, vol . MTT-26,

p951 -957 , Dec 1978.

Advantages of the Six-port Refl ectometer for RF/Microwave Power

Measurement in Operational Systems;

Komarek, E.L.

GOMAC Digest, 1978.

The Application of "Through-Short-Delay" to the Calibration of the

Dual 6-port;

Engen, G.F., Hoer, C.A., and Speciale, R.A.

IEEE International Microwave Symposium Digest, p. 184-185, 1978.

Status of RF and Microwave Calibration Services at NBS;

Kamper, R.A.

NCSL Newsletter, vol. 18, p. 40, Dec 1978.

NBS RF Voltage Comparator;

Driver, L. D.; Ries, F. X.; Rebuldela, G.

NBSIR-78-871 , Dec 78.

Design Considerations for Automatic Network Analyzers Based on the

Six-Port Concept;

Engen, Glenn F.

Proceedings of Conference IEE Euromeas 77, Sussex (England)

5-9 Sep 77 pllO-111 1977. (Institution of Electrical Engineers,

London, England).

3
Instrumentation: Six Ports Simplify Network;

Engen, Glenn F.

Microwave Syst. News, p54-55 Jan 78.

Ultrasonic Calorimeter for Beam Power Measurements from 1 to 15

Megahertz;

Zapf, Thomas L.; Harvey, Morris E.; Larsen, Neil T.; Stoltenberg,

Robert E.

Proceedings of Ultrasonics Symposium (1976), Annapolis, MD.

29 Sep-1 Oct 76, IEEE Cat76 CH1120-5SU p573-576 1977.

Self-Calibration of Complex Ratio Measuring System;

Allred, C. M.; Manney, C. H.

Proc. Int. Conf. on Measurement and Instrumentation,

Dresden, Germany, Jun 17-23, 1973, ACTA IMEKO 1,

pi 57-166 , 1973.

A Network Analyzer Incorporating Two 6-Port Refl ectometers

Hoer, Cletus A.

IEEE Trans. Microwave Theory Tech. MIT-25 pl070-1074 Dec 77.

The Six-Port Measurement Technique: A Status Report;

Engen, Glenn F.

Microwave Jnl . vol . 21, pl8, 21-22, 24, 84, 87, 89, May 78.

A Semi -Automated Six-Port for Measuring Millimeter Wave Power and

Complex Reflection Coefficient;

Weidman, Manly P.

IEEE Trans. Microwave Theory Tech., vol. MTT-25, pl083-1085

Dec 77.

Performance Characteristics of an Automated Broad-Band Bolometer

Unit Calibration System;

Komarek, Ernest L.

IEEE Trans. Microwave Theory vol. MTT-25 pi 1 22-1127 Dec 77.

The National Electromagnetic Measurement System;

Kamper, R.A.

NBSIR-75-936 , June 1977.

Calibrating Two 6-Port Refl ectometers with Only One Impedance

Standard;

Hoer, Cletus A.

NBS-TN-1004, Jun 78.

An Improved Circuit for Implementing the Six-Port Technique of

Microwave Measurements;

Engen, Glenn F.

IEEE Trans. Microwave Theory Tech. vol. MTT-25 pl080-1083 Dec 77.

Advances in Microwave Measurement Science;

Engen, Glenn F.

Proc. IEEE vol. 66 p374-384 Apr 78.

4
Fixed and Base Station Antennas;

Treado, M. J.; Taqqart, H. E.; Nelson, R. E.; Workman, J. L.

N I LECJ- STD-0204 .00 , 1977.

A Microwave Network Analyzer Usinq Two 6-Port Reflectometers;

Hoer, Cletus

Proceedinqs 1977 IEEE-MTT-S Int. Microwave Symposium, San

Diego, California, June 21-23, 1977, p47-49 1977.

A Semi -Automated Six-Port for Measuring Millimeter Wave Power and

Complex Reflection Coefficient;

Weidman, Manly P.

Proceedings 1977 IEEE MTT-S Int. Microwave Symposium, San Diego,

California, June 21-23, 197?, p58-60, 1977.

An Improved Circuit for Implementing the Six-Port Technique of

Microwave Measurements;

Engen, Glenn F.

Proceedings 1977 IEEE-MTT-S Int. Microwave Symposium, San

Diego, California, June 21-23, 1977, p53-55 1977.

NBS Type IV RF Power Meter Operation and Maintenance;

Larsen, Neil T.

NBSIR-77-866 , Oct 77.

An Application of the Six-Port Junction to Precision Measurement of

Microwave One-Port Parameters;

Komarek, E. L.

Proceedings 1977 IEEE-MTT-S Int. Microwave Symposium, San

Diego, California, June 21-23, 1977, p56- 57 1977.

The Six-Port Refl ectometer: An Alternative Network Analyzer;

Engen, Glenn F.

Proceedings 1977 IEEE-MTT-S Int. Microwave Symposium, San

Diego, California, June 21-23, 1977, p44-46 1977.

Six-Port Measuring Circuit; Patent Application;

Engen, Glenn F.

PAT-APPL-829 381, Filed 31 Aug 77.

The National Measurement System for Medical Ultrasonics;

Hudson, Paul A.

NRSIR-75-937 , Feb 76.

Vector Voltmeter;

Hoer, Cletus A.; Engen, Glenn F.

PATENT-4 001 681, patented 4 Jan 77.

A Guide to Voice Scramblers for Law Enforcement Agencies;

Nelson, Robert E.

NBS-Special Pub 480-8, Dec 76.

5
A New Self-Balancing DC-Substi tution RF Power Meter;

Larsen, Neil T.

IEEE Trans. Instrum. Meas. vol . IM-25, p343-347 Dec 76.

Determination of Microwave Phase and Amplitude from Power

Measurements;

Engen, Glenn F.

IEEE Trans. Instrum. Meas. vol. IM-25, p414-418 Dec 76.

Scattering Parameters of SMA Coaxial Connectors;

Estin, A.J.

IEEE Transactions on Instrumentation and Measurement, vol. IM-25,

P329-334, 1976.

Repeatability of SMA Coaxial Connectors;

Jesch, R.L.

IEEE Transactions on Instrumentation and Measurement, vol. IM-25,

P314-320, 1976.

Broadband Pulsed/CW Calibration Signal Standard for Field

Intensity Meter (FIM) Receivers;

Simpson, Philip A.

NBSIR-74-371 , Jun 74.

A Microwave Vector Voltmeter System;

Roe, Keith C.; Hoer, Cletus A.

NBSIR-76-844, Aug. 76.

Theorem Giving Limits for S22 When Sll and the Two-Port Efficiency are Known;

Engen, Glenn F.

IEEE Trans. Instrum. Meas., Vol. IM-20, p78 Feb 71.

Application of an Arbitrary 6-Port Junction to Power-Measurement

Problems;

Engen, Glenn F.; Hoer, Cletus A.

IEEE Transactions on Instrum, and Meas., vol. IM-21, p470-474 Nov 72.

Application of an 'Arbitrary' 6-Port Junction to Power Measurement Problems;

Engen, Glenn F.; Hoer, Cletus A.

Proceedings of 1972 Conference on Precision Electromagnetic

Measurements, Boulder, Colo., 26-29 Jun 72, pl00-101

(IEEE, New York, N.Y.) 1972.

Calibration of an Arbitrary Six-Port Junction for Measurement of

Active and Passive Circuit Parameters;

Engen, Glenn F.

IEEE Transactions on Instrumentation and Measurement, vol. IM22

P295-299 Dec 73.

Comments on Practical Analysis of Refl ectometers and Power Equation

Concepts;

Engen, Glenn F.

IEEE Transactions on Instrumentation and Measurement, vol. IM-23

P104-105 Mar 74.

6
International Intercomparison of Power Standards at 3 GHz;

Engen, Glenn F.; Hudson, Paul A.

IEEE Transactions on Microwave Theory and Techniques, vol . MTT-19

p411-413 Apr 71.

An Automated Broadband System for Measurement of One-Port Microwave

Parameters;

Komarek, Ernest L.

CPEM Digest, pl67-170 1976.

Ultrasonic Calorimeter for Beam Power Measurements;

Zapf, Thomas L.; Harvey, Morris E.; Larsen, Neil T.; Stoltenberg,

Robert E.

NBS-TN-686, Sep 76.

Reflection Coefficient Standards for Automated Network Analyzers;

Little, W. E.; Yates, B. C.

CPEM Digest, pl28-129 1976.

Measurement of Complex Microwave Circuit Parameters Using Only Power

Detectors;

Engen, Glenn F.

CPEM Digest, pl71 1976.

Measuring and Minimizing Diode Detector Nonlinearity;

Hoer, C. A.; Roe, K. C.; Allred, C. M.

CPEM Digest, pl08-109 1976.

An NBS Developed Automatic Network Analyzer;

Little, W.; Wakefield, J.; Heim, L.; Allred, C.; Zapf, T.

CPEM Digest, pl30-133 1976.

A New Self-Balancing DC-Substitution RF Power Meter;

Larsen, Neil T.

CPEM Digest, p203-205 1976.

Implementation of the Notch Technique as an RF Peak Pulse Power

Standard;

Simpson, Philip A.; Hudson, Paul A.

NBS-TN-682, Jul 76.

The Calibration and Use of Directional Couplers Without Standards;

Allred, C. McKay; Manney, Charles H.

IEEE Transactions on Instrumentation and Measurement, vol. 25

p84-89 Mar 76.

Mismatch Considerations in Evaluating Amplifier Noise Performance;

Engen, Glenn F.

IEEE Transactions on Instrumentation and Measurement, vol. IM-22

P274-278 Sep 73.

7
A Precision 30 MHz Wavegui de-Bel ow-Cutoff Attenuator with an Absolute Electronic Readout, NBS Model XII;

Adair, Robert T.

NBSIR-76-833, Jan 76.

Analysis of a Six-Port Junction for Measuring, v, i, a, b, z, Gamma,

and Phase;

Hoer, C. A.; Engen, G. F.

Proceedings of Conference of the International Measurement

Confederation (6th), Dresden (Germany), 17-23 Jun 73, Acta IMEKO, vol. 1,

P213-222 1973.

Using an Arbitrary Six-Port Junction to Measure Complex Voltage

Rati os;

Hoer, Cletus A.; Roe, Keith C.

Proceedings of IEEE Microwave Theory and Technique Symp. Int. (1975),

Palo Alto, Calif., 12-14 May 75, p98-99 1975.

Automated Calibration of Di recti onal -Coupl er-Bol ometer-Mount

Assembl ies;

Engen, Glen F.

Proceedings of IEEE-MTT-S Microwave Symp., Palo Alto,

Calif., 12-14 May 75, p95-97 May 75.

“

Automated Calibration of Di recti onal -Coupl er-Bol ometer-Mount

Assembl ies;

Engen, Glenn F.

IEEE Transactions on Microwave Theory and Techniques,

vol. MTT-23 p984-990 Dec 75.

Using an Arbitrary Six-Port Junction to Measure Complex Voltage

Ratios;

Hoer, Cletus A.; Roe, Keith C.

IEEE Transactions on Microwave Theory and Techniques, vol. MTT-23

P978-984 Dec 75.

Completion of the Program to Evaluate/Improve Instrumentation and

Test Methods for Electroexplosive Device Safety Qualification;

Hudson, Paul A.; Melquist, Dean G.; Ondrejka, Arthur R.; Werner,

Paul E.

NBSIR-74-379, Jun 74.

Using Six-Port and Eight-Port Junctions to Measure Active and

Passive Circuit Parameters;

Hoer, Cletus A.

NBS-TN-673 , Sep 75.

Self-Balancing DC-Substitution Measuring System; Patent Application;

Larsen, Neil T.; Reeve, Gerome R.

PAT-APPL-587 565, Filed 17 Jun 75.

8
An Application of the Power Equation Concept and Automation

Techniques to Precision Bolometer Unit Calibration;

Komarek, Ernest L.

Proceedings of 1974 IEEE S-MTT International Microwave

Symposium, Atlanta, Ga., 12-14 Jun 74, Paper in Microwave Symposium

Digest, p263-265 Jun 74.

An Alternative Calibration Technique for Automated Network Analyzers

with Application to Adapter Evaluation;

Engen, Glenn F.

Proceedings of IEEE S-MTT International Microwave Symposium,

Atlanta, Ga., 12-14 Jun 74, Microwave Symposium Digest, p261 -262 Jun 74.

Characteri zation of a High. Frequency Probe Assembly for Integrated

Circuit Measurements;

Jesch, R. L.; Hoer, C. A.

NBS-TN-663, Apr 75.

Calibration Technique for Automated Network Analyzers with

Application to Adapter Evaluation;

Engen, Glenn F.

IEEE Trans. Microwave Theory Tech. Part II, 1974 Symposium

Issue, vol . MTT-22 , pl255-1260 Dec 74.

An Application of the Power Equation Concept and Automation

Techniques to Precision Bolometer Unit Calibration;

Komarek, Ernest L.; Tryon, Peter V.

IEEE Trans. Microwave Theory Tech. Part II, 1974 Symposium Issue

vol. MTT-22, pl260-1267 Dec 74.

Self-Balancing, D.C. -Substitution Measuring System; Patent

Appl ication;

Larsen, Neil T.; Reeve, Gerome R.

PAT-APPL-476 646, Filed 5 Jun 74.

Theory of UHF and Microwave Measurements Using the Power Equation

Concept;

Engen, Glenn F.

NBS-TN-637, Apr 73.

A Method for Designing Multi-Screw Waveguide Tuners;

Weidman, M. P.; Campbell, E.

NBS-TN-393, Oct 70.

The 6-Port Coupler; A New Approach to Measuring V, I, P, Z, and Theta;

Hoer, Cletus A.

Digest of Precision Electromagnetic Measurements Conference,

Boulder, Colo., p26-29 Jun 72.

The Six-Port Coupler: A New Approach to Measuring Voltage, Current,

Power, Impedance, and Phase;

Hoer, Cletus A.

IEEE Transtions on Instrumentation and Measurement, vol. IM21

p466-470 Nov 72.

9
Application of a Non-Ideal Sliding Short to Two-Port Loss Measurement;

Weidman, M. P.; Engen, G. F.

NBS-TN-644 , Oct 73.

Summary of WR15 Flange Evaluation at 60 GHz;

Yates, B. C.; Counas, G. J.

NBS-TN-642 , Oct 73.

Broad-Band Lumped-Element Directional Coupler;

Hnpr riptuc A PATENT-3 701 057, patented 24 Oct 72.

System for Measuring Peak Pulse Power Using Sampling and Comparison

Techniques;

Hudson, Paul A.; Ecklund, Warner L.; Ondrejka, Arthur R.

PATENT-3 239 758, patented 8 Mar 66.

Standard Field Strength Meter;

Lawton, Robert A.; Allred, Charles McKay

PATENT-3 586 973, patented 22 Jun 71.

Power Measuring and Leveling System Using a Self-Balancing Bridge;

Larsen, Neil T.; Clague, Frederick R.

PATENT-3 611 130, patented 5 Oct 71.

An Immittance Transcomparator;

Agy, David L.; Nelson, R. E.

Annual Precision Measurement Association Metrology Conference

(3rd), Gaithersburg, Md. 17-18 Jun 70, vol . 1 pl47-154.

Millimeter Attenuation and Reflection Coefficient Measurement

System;

Yates, B. C.; Larson, W.

NBS-TN-619, Jul 72.

An Excitation System for Piston Attenuators;

Cook, C. C.; Allred, C. M.

IEEE Transactions on Instrumentation and Measurement, vol. IM-20

pi 0- 16 Feb 71.

An Extension to the Sliding Short Method of Connector and

Adaptor Evaluation;

Engen, G.F.

NBS Journal of Research, vol. 75C, pl77-183, 1971.

An Adjustable-Slot-Length UHF Coaxial Coupler with Decade Bandwidth;

Hudson, P. A.; Saulsbery, L. F.

IEEE Transactions on Microwave Theory and Techniques, vol. MTT-19

p781 -783 Sep 71.

10
Power Equations: A New Concept in the Description and Evaluation of

Microwave Systems;

Engen, Glenn F.

IEEE Transactions on Instrumentation and Measurement, vol . IM-20

p49- 57 Feb 71.

A New Method of Characterizing Amplifier Noise Performance;

Engen, Glenn F.

IEEE Transactions on Instrumentation and Measurement, vol. IM-19

p344-349 Nov 70.

A Wide Range CW Power Measurement Technique;

Lawton, R.A., Allred, C.M., and Hudson, P.A.

IEEE Transactions on Instrumentation and Measurement, vol. IM-19,

p28-34, Feb 1970.

Improvements to the NBS RF Peak-Pulse Power Standard;

Simpson, P.A., and Ondrejka, A.R.

Presented at the Instrument Society of America Silver Jubilee

International Conference and Exhibit, Oct 1970, Philadelphia, PA,

Paper 709-70, pi -7

A New Standard for Electric Field Strength;

Lawton, R.A.

IEEE Transactions on Instrument and Measurement, vol. IM-19,

p45- 51 , Feb 1970.

Broad-Band Resistive-Divider-Type Directional Coupler;

Hoer, C.A., and Agy, D.L.

IEEE Transactions on Instrumentation and Measurement, vol. IM-19,

p336-343, Nov 1970.

An Introduction To The Description and Evaluation of Microwave

Systems Using Terminal Invariant Parameters;

Engen, Glenn F.

NBS-Mono-112, Oct 1969.

Measurement of RF Peak Pulse Power;

Hudson, P.A.

Proceedings of IEEE, vol. 55, p851-855, 1967.

RF Attenuation;

Russell, D.H., and Larson, W.

Proceedings of IEEE, vol. 55, p942-959, June 1967.

An Unmodulated Twin-Channel Microwave Attenuation Measurement

System;

Russel 1 , D.H

ISA Transactions, vol 4, pl62-169, April 1965.

11
OPTICAL ELECTRONIC METROLOGY

Fiber Measurements: Quality and Cost;

Day, G. W.

Proceedings of the International Conference on Communications,

Boston, June 1979.

Conference on Optical Scattering Standards;

Young, M.

Proceedings of the SPIE Conference,

April 1979.

LED Source for Determining Optical Detector Time Response at 1.06

Micrometers;

Franzen, D. L.; Day, G. W.

Rev. Sci. Instr., Vol . 50, p. 1029, 1979.

National Standards of a Powerful Sort;

Sanders, A. A.

Optical Spectra, Vol. 13, p45, Aug. 1979.

Design of a Reflection Apparatus for Laser Beam Profile Measurements;

Johnson, E. G.

NBS-TN-1 01 5, July 1979.

Attenuation Measurements on Optical Fiber Waveguides: An

Interl aboratory Comparison Among Manufacturers;

Day, G. W.; Chamberlain, G. E.

NBSIR-79-1608, May 79.

Optical Fiber Phase Discriminator;

Danielson, B. L.

Appl . Opt., Vol. 17, pp. 3665-3668, Nov. 1978.

Laser Beam Profile Measurements Using Spatial Sampling, Fourier

Optics, and Holography;

Johnson, Eric G., Jr.

NBS-TN-1009 , Jan. 1979.

Laser Action in Sputtered Metal Vapors;

McNeil, J. R„; Johnson, W. L.; Collins, G. J.; Persson, K. B.;

Franzen, D. L.

International Conference on Quantum Electronics (9th)

Held at Amsterdam, The Netherlands on June 14-18, 1976, pi 62- 163 1976.

Fiber Optics Metrology at NBS;

Danielson, B.; Day, G.; Franzen, D.

Proceedings of Union Radio Scientifique Internationale Comm.

Symp., Lannien, France, 3-7 Oct 77 p430-431 Dec 77. (International

Union of Radio Science, France.)

12
Evaluating the Inequivalence and a Computational Simplification for

the NBS Laser Energy Standards;

Johnson, Eric G. Jr

Appl . Opt., Vol . 16 p231 5-2321 Aug 77.

A Simple First Positive System Nitrogen Laser for use in Optical

Fiber Measurements;

Franzen, D. L., Danielson, B. L., and Day, G. W

IEEE Journal of Quantum Electronics, Vol. QE-14, p548, 1978.

Improving Beam Measurement;

Smith, R. L.; Sanders, A. A.

Laser Focus Mag. p70-71, Apr 1975.

Absolute Reference Calorimeter for Measuring High Power Laser Pulses

Franzen, D. L.; Schmidt, L. B.

Appl. Opt., Vol. 15 p31 1 5-3122 , Dec 76.

Improvements in a Calorimeter for High-Power CW Lasers;

Chamberlain, George E.; Simpson, Philip A.; Smith, Richard L.

IEEE Trans. Instrum. Meas., Vol. IM-27, p81-86, Mar 78.

Laser Far-Field Beam-Profile Measurements by the Focal Plane

Technique;

Day, G. W.; Stubenrauch, C. F.

NBS-TN-1001 , March 1978.

An NBS Laser Measurement Assurance Program (MAP);

Sanders, A. A.; Cook, A. R.

Proceedings of Electro-Optical Systems Design Conference 76 and

International Laser Exposition, Mew York, Sep 14-16, 1976, p277-280.

Measurement Procedures for the Optical Beam Splitter Attenuation

Device BA-1;

Danielson, B. L.

NBSIR-77-858 , May 77.

Proposed Standards for Ladar Signatures;

Danielson, B. L.

NBS I R- 7 7 - 856 , Apr. 77.

Spectral Reference Detector for the Visible to 12 Micrometer Region;

Convenient, Spectrally Flat

Day, G. W.; Hamilton, C. A.; Pyatt, K. W.

Applied Optics, Vol. 15, pl865-1868, July 76.

Performance and Characteristics of Polyvi nyl idene Fluoride

Pyroelectric Detectors;

Day, G. W.; Hamilton, C. A.; Gruzensky, P. M.; Phelan, R. J. Jr

Proceedings of IEEE Symposium on Application of Ferroelectrics,

Albuquerque, New Mexico, June 9-11, 1975,

Ferroel ectrics, Vol. 10, p99-102, 1976.

13
Ultraviolet Laser Action from Cu II in the 2500-A Region;

McNeil, J. R.; Collins, G. J.; Persson, K. B.; Franzen, D. L.

Applied Physics Letters, Vol. 28, p207-209, Feb 76.

Radiometry Without Standard Sources/Electrically Calibrated Pyroelectrics;

Phelan, Robert J. Jr; Hamilton, Clark A.; Day, Gordon W.

Proceedings of Society of Photo-Optical Instrumentation Engineers,

San Diego, Calif., 17-22, Aug 1975, Paper in Modern Utilization of Infrared

Technology Civilian and Military, SPIE 62, pi 59-165 , 1975.

Laser Attenuators for the Production of Low Power Beams in the Visible and

1.06 micron Regions;

Danielson, B. L.; Beers, Yardley

NBS-TN-677 , Jan. 1976.

An Electrically Calibrated Pyroelectric Radiometer System;

Hamilton, C. A.; Day, G. W.; Phelan, R. J. Jr

NBS-TN-678 , Mar 76.

Pyroelectric Radiometers Get Off The Drawing Board;

Hamilton, C. A.; Phelan, R. J. Jr; Day, G. W.

Optical Spectra, Vol. 9, p37-38, Oct 75.

Laser Power and Energy Measurements;

Jennings, D. A.; West, E. D.; Evenson, K. M.; Rasmussen, A. L.;

Simmons, W. R.

NBS-TN-382 , Oct. 69.

Precision Beam Splitters for C02 Lasers;

Franzen, Douglas L.

Applied Optics, Vol. 14, p647-652, Mar 75.

Current Status of NBS Low-Power Laser Energy Measurement;

West, E. D.; Case, W. E.

Proceedings of Conference on Precision Electromagnetic Measurements,

London, England, 1-5 Jul 74. IEEE Transactions on Instrumentation and

Measurement, Vol. IM-23, p422-425, Dec 74.

A Pyroelectric Power Meter for the Measurement of Low Level Laser

Radiation;

Hamilton, C. A.; Day, G. W.

NBS-TN-665 , Feb 75.

The Polarization of PVF and PVF2 Pyroelectrics;

Phelan, R. J. Jr; Peterson, R. L.; Hamilton, C. A.; Day, G. W.

Ferroelectrics, vol. 7 p375- 377 1974.

A Calorimeter for High Power CW Lasers;

Smith, R. L.; Case, W. E.; Rasmussen, A. L.; Russell, T. W.; West,

E. D.

Proceedings of Conference on Precision Electromagnetic

Measurements, Boulder, Colo., 26-29 Jun 72, Paper in CPEM Digest

pi 38- 1 39 1972.

14
Analysis of Response of Pyroelectric Optical Detectors;

Peterson, R. L.; Day, G. W.; Gruzensky, P. M.; Phelan, R. J.

Jnl . of Applied Physics, vol. 45 p3296-3303 Aug 74.

Absolute, Pyroelectric Radiometers and Two Dimensional Arrays;

Phelan, R. J . Jr; Peterson, R. L.; Klein, G. P.; Hamilton, C. A.;

Day, G. W.

Proceedings of the American Electro-Optical Systems Design

Conference, New York, N.Y., pi 1 7-123 1973.

Accurate Frequencies of Molecular Transitions Used in Laser

Stabilization: The 3.39-micrometer Transition in CH4 and the 9.33- and

10.18-micrometer Transitions in C02;

Evenson, K. M.; Wells, J. S.; Peterson, F. R.; Danielson, B. L.;

Day, G. W.

Applied Physics Letters, vol. 22 pl92-195, Feb 73.

Effects of Poling Conditions on Responsivity and Uniformity of

Polarization of PVF2 Pyroelectric Detectors;

Day, G. W.; Hamilton, C. A.; Peterson, R. L.; Phelan, R. J. Jr;

Mullen, L. 0.

Applied Physics Letters, vol. 24 p456-458, May 74.

Comparison of the Laser Power and Total Irradiance Scales Maintained

by the National Bureau of Standards;

Geist, Jon; Schmidt, L. B.; Case, W. E.

Applied Optics, vol. 12 p2773-2776 Nov 73.

Electrically Calibrated Pyroelectric Optical-Radiation Detector;

Phelan, Robert J. Jr; Cook, A. R.

Applied Optics, vol. 10 p2494-2500 Oct 73.

Limitations of the Use of Vacuum Photodiodes in Instruments for the

Measurement of Laser Power and Energy;

Smith, R. L.; Phelan, R. J. Jr

Applied Optics, vol. 12 p795-798 Apr 73.

Continuous Laser-Sustained Plasmas;

Franzen, D. L.

Jnl. of Applied Physics, vol. 44 pi 7 27- 1 7 32 Apr 73.

Double Plate Calorimeter for Measuring the Reflectivity of the

Plates and the Energy in a Beam of Radiation;

Rasmussen, Alvin L.

PATENT-3 622 245, patented 23 Nov 71

Speed of Light from Direct Frequency and Wavelength Measurements of

the Methane-Stabilized Laser;

Evenson, K. M.; Wells, J. S.; Petersen, F. R.; Danielson, B. L.;

Day, G. W.

Physical Review Letters, vol. 29 pl346-1349, Nov 72.

15
A Calorimeter for High-Power CW Lasers;

Smith, R. L.; Russell, T. W.; Case, W. E.; Rasmussen, A. L.

IEEE Transactions on Instrumentation and Measurement, vol . IM-21

p434-438 Nov 72.

Role of Infrared Frequency Synthesis in Metrology;

Wells, J. S.; Evenson, K. M.; Day, G. W.; Halford, Donald

Proceedings of Institute of Electrical and Electronics

Engineers Letters vol. 60 p621-623 May 72.

CW Gas Breakdown in Argon Using 10.6 Micrometer Laser Radiation;

Franzen, Douglas L.

Applied Physics Letters, vol. 21 p62-64, Jul 72.

High D*, Fast, Lead Zirconate Titanate Pyroelectric Detectors;

Mahler, R.J.; Phelan, R.J. Jr; Cook, A.R.

Infrared Physics, vol. 12 p57-59 1972

Gain Saturation Measurements in C02, TEA Amplifiers;

Franzen, Douglas L.; Jennings, Donald A.

Jnl . of Applied Physics, vol. 43 p729-730 Feb 72.

Extension of Absolute Frequency Measurements to the cw He-Ne Laser

at 88 THz (3.39 micrometer);

Evenson, K. M. ; Day, G. W. ; Wells, J. S. ; Mullen, L. 0.

Applied Physics Letters, vol. 20 pi 33-134 Feb 71.

Measurement of Laser Energy of Linear Components of Polarization at

1.060 micron;

Rasmussen, A. L.

Review of Scientific Instruments, vol. 42 pi 590-1 593 Nov 71.

High D* Pyroelectric Polyvi nyl fl uoride Detectors;

Phelan, Robert J. Jr; Mahler, Robert J.; Cook, Alan R.

Applied Physics Letters, vol. 19 p337-338, Nov 71.

Linear and Nonlinear Optical Properties of Trigonal Selenium

Day, G. W.

Applied Physics Letters, vol. 18 p347 -349 Apr 71.

Some Optical Properties of Cesium Cupric Chloride;

Day, G.W., and Gruzensky, P.M.

Applied Optics, Vol. 9, p2494-2795, 1970.

Laser Emission by Optical Pumping of Semiconductors;

Phelan, R.J., Jr.

Proceedings of the Quantum Electronics Conference, p435-441

,

July, 1965.

InSb-GaAsP Infrared to Visible Light Converter;

Phelan, Robert J. Jr

Proceedings of the IEEE, vol. 55 pl505-l 502 Aug 67.

16
InSb MOS Infrared Detector;

Phelan, R. J. Jr; Dimmock, J. 0.

Applied Physics Letters vol . 10 p55-7 Jan 67.

Incoherent Source Optical Pumping of Visible and Infrared

Semiconductor Lasers;

Phelan, Robert J.

Proceedings of the IEEE vol. 54 plll9-20,Aug 66.

17
TIME-DOMAIN METROLOGY

Radar Absorber Measurement Techniques at Frequencies above 20 GHz;

Nahman, N. S., Allred, C. M., Andrews, J. R., Hoer, C. A., and

Lawton, R. A.

NBSIR-1 61 3 , Aug 79.

Measurement of Pulsed-Laser Power;

Young, M.; Lawton, R. A.

NBS-TN-1010, Feb 79.

Antennas and the Associated Time Domain Range for the Measurement of

Impulsive Fields;

Lawton, Robert A.; Ondrejka, Arthur R.

NBS-TN-1008, Nov 78.

Broadband Isotropic Antenna with Fiber-Optic Link to a Conventional

Receiver;

Larsen, Ezra B.; Andrews, James R.; Baldwin, Eugene E.

PATENT-4 091 327, patented 23 May 78

Application of a Automated Pulse Measurement System To

Tel ecommuni cat i ons Measurements

Gans, W„, Andrews, J. R., Riad, S., Cozannet, A., and Debeau, J.

Collogue International sur la Measure en Telecommunications, URSI, CNET,

Lannion, France, Oct 3-7, 1977.

The Measurement of Pulse Transition Duration;

Andrews, James R.; Nahman, Norris S.

Proceedings of Union Radio Scientifique Internationale Comm.

A Symp., Lannion, France, 3-7 Oct 77 pl59-164 Dec 1977.

Signal Waveform Metrology at NBS;

Nahman, Norris S Proceedings of WESC0N/77, Electronics at the Golden Gate,

Held at San Francisco, CA. on September 19-21, 1977.

Picosecond-Domain Waveform Measurements;

Nahman, Norris S.

Proceedings of the IEEE

Vol . 66, 441-454, Apr 78.

Standards for the Measurement of Impulsive Fields Radiated by a TEM

Horn Antenna;

Lawton, Robert A.; Ondrejka, Arthur R.

Proceedings of Union Radio Scientifique Internationale Comm.

A Symposium Held at Lannion, France on October 3-7, 1977. pi -4

Dec. 1977.

18
Saturation of Optical Detectors at High Modulation Frequency;

Young, M.; Lawton, R. A.

Proceedings Annual Meeting Optical Society of America, Held at

Toronto, Canada on Oct 12, 1977. Jnl . Opt. Soc. Am. Vol . 67 pl398 1977.

Saturation of Silicon Photodiodes at High Modulation Frequency;

Young, M.; Lawton, R. A.

Appl . Opt., Vol. 17 pi 103-1106 , 1 Apr 78.

Laser-Mode Beating Used for Detector Frequency-Response Measurements

Lawton, R. A.; Young, M.

Appl. Opt., Vol. 16 p2703-2705 Oct 77.

SHF Impulse Generator;

Andrews, James R.; Baldwin, Eugene E.

NBSIR-78-888, Jun 78.

Applications of the Homomorphic Transformation to Time Domain

Measurement Problems;

Riad, Sedki M.; Nahman, Norris S.

NBSIR-78-881, Jun 78.

Automatic Network Measurements in the Time Domain;

Andrews, James R.

Proceedings of IEEE, Vol. 66 p414-423 Apr 78.

UHF Impulse Generator;

Andrews, James R.; Baldwin, Eugene E.

NBSIR-78-880, Apr 78.

Spectrum Ampl itude--Definition, Generation and Measurement;

Andrews, James R.; Arthur, M. Gerald

Rept No: NBS-TN-699, Oct 77.

Tunnel Diode Pulse Generator;

Andrews, James R.

PATENT-3 967 140, patented 29 Jun 76.

Waveform Sampler;

Lawton, Robert A.; Andrews, James R.

PATENT-4 030 840, patented 21 Jun 77.

Present Capabilities of the NBS Automatic Pulse Measurement System;

Gans, William L.

IEEE Trans. Instrum. Meas. IM-25, p384-388 Dec 76.

Impulse Generator Spectrum Amplitude Measurement Techniques;

Andrews, James R.

IEEE Trans. Instrum. Meas. IM-25, p380-384 Dec 76.

Application of the Homomorphic Deconvolution for the Separation of

TDR Signals Occurring in Overlapping Time Windows;

Riad, Sedki M.; Nahman, Norris S.

IEEE Trans. Instrum. Meas. IM-25, p388-391 Dec 76.

19
Electrical Strobing of a Photoconductor Cuts Sampling Oscilloscope's

Ri set i me;

Lawton, Robert A.; Andrews, James R.

Laser Focus Mag., p62~65 Nov 76.

Impulse Generator Spectrum Amplitude Measurement Techniques;

Andrews, James R.

CPEM Digest, p23-24 1976.

Application of the Homomorphic Deconvolution for the Separation of

TDR Signals Occurring in Overlapping Time Windows;

Riad, Sedki M.; Nahman, Norris S.

CPEM Digest, p27-29 1976.

Present Capabilities of the NBS Automatic Pulse Measurement System;

Gans, William L.

CPEM Digest, p25-26 1976.

Electrically Strobed Optical Waveform Sampling Oscilloscope;

Andrews, James R.; Lawton, Robert A.

Rev. Sci. Instrum., Vol 47 p31 1 -31 3 Mar 76.

Sensitive Isotropic Antenna with Fiber-Optic Link to a Conventional

Receiver;

Larsen, E. B„; Andrews, J. R.; Baldwin, E. E.

NBSIR-75-819, Sep 76.

Using Fiber Optics in a Broadband, Sensitive, Isotropic Antenna - 15

kHz to 150 MHz;

Larsen, E. B.; Andrews, J. R.

Proceedings of IEEE International Symposium on El ectromagnetic

Compatabil ity , Washington, D.C., Jul 13-15, 1976. p385-389, 1976.

Optically Strobed Sampling Oscilloscope;

Lawton, Robert A.; Andrews, James R.

IEEE Transactions on Instrumentation and Measurement, Vol. 25

p56-60 Mar 76.

Time Domain Automatic Network Analyzer;

Andrews, James R.; Gans, William L.

Proceedings of Colloque International sur L' El ectroni que et

la mesure, Paris (France), 26-30 May 75, Paper in La Mesure Electrique

de Precision, p258-267 1975.

Baseband Impulse Generator Useful to 5 GHz;

Andrews, James R.; Baldwin, Eugene E.

Proceedings of 1975 IEEE International Symposium on Electromagnetic Compatibility, San Antonio, Tex., 7-9 Oct 75,

pi -4 1975.

Coaxial Line Pulse-Response Error Due to a Planar Skin Effect

Approximation;

Holt, D. R.; Nahman, N. S.

Proceedings of 1972 Conference on Precision Electromagnetic

Measurement, Boulder, Colo., 26-29 Jun 72, pl-2 1972.

20
Di recti onal -Coupl er Technique for Triggering a Tunnel Diode;

Andrews, James R.

IEEE Transactions on Instrumentation and Measurement, Vol . IM-24

p275-277 Sep 75.

Photoconducti ve Detector of Fast-Transition Optical Waveforms;

Lawton, R. A.; Scavannec, A.

Electronics Letters, Vol. 11 p74-75, Feb 75.

Pulsed Wavemeter Timing Reference for Sampling Oscilloscope

Cal ibration;

Andrews, James R.; Gans, William L.

IEEE Transactions on Instrumentation and Measurement, Vol. IM-24

p82 Mar 75.

Pulsed-Laser Application to Sampling Oscilloscope;

Lawton, Robert A.; Andrews, James R.

Electronics Letters, Vol. 11 pl38, Apr 75.

Time Domain Automatic Network Analyzer for Measurement of RF and

Microwave Components;

Gans, William L.; Andrews, James R.

NBS-TN-672 Sep. 75.

Picosecond Pulse Research at NBS;

Andrews, James R.; Lawton, Robert A.

Proceedings of Joint Measurement Conference, Gaithersburg,

Md., 12-14 Nov 74, pl23-140 1975.

Precision Picosecond-Pulse Measurements Using a High-Quality

Superconducting Delay Line;

Andrews, James R.

IEEE Trans. Instrum. Meas. Vol. IM-23, p468-472 Dec 74.

Precision Picosecond-Pulse Measurements Using a High Quality

Superconducting Delay Line;

Andrews, James R.

Proceedings of Conference on Precision, Electromagnetic

Measurements, London, England, 1-5 Jul 74. Abstract in CPEM Digest

p316-318. (Institution of Electrical Engineers, London, England).

Application of Ultrashort Optical Pulses to Electrical Pulse Measurements;

Honda, T., and Nahman, N. S.

Proceedings of the Symposium on New Instrumentation, IEE of Japan

Hokkaido University, p. 29-38, Jan 28-29, 1974.

Autocorrelation and Power Measurement with Pyroelectric and

Dielectric Bolometers;

Lawton, Robert A.

IEEE Transactions on Instrumentation and Measurement, Vol. IM22

P299-306 Dec 73.

21
Pyroelectric Detector Application to Baseband Pulse Measurements;

Lawton, Robert A.; Nahman, N. S.

Electronics Letters, Vol . 8 p318-320, Jun 72.

Random Sampling Oscilloscope for the Observation of Mercury Switch

Closure Transition Times;

Andrews, James R.

IEEE Transactions on Instrumentation and Measurement, Vol. IM22

P375-381 Dec 73.

Picosecond Pulse Generators Using Microminiature Mercury Switches;

Andrews, James R.

NBSIR-74-377 Mar 74.

Coaxial -Line Pulse-Response Error Due to a Planar Skin-Effect

Approximation;

Holt, D. R.; Nahman, N. S.

IEEE Transactions on Instrumentation and Measurement, Vol. IM21

p51 5-519 Nov 72.

Inexpensive Laser Diode Pulse Generator for Optical Waveguide

Studies;

Andrews, James R.

Review of Scientific Instruments, Vol. 45 p22-24 Jan 74.

A Simple Passively Mode-Locked CW Dye Laser;

Scavennec, Andre; Nahman, Norris S.

IEEE Jnl . of Quantum Electronics, Vol. QE10 p95-96 Jan 74.

Active and Passive Mode Locking of Continuously Operating Rhodamine

6G Dye Lasers;

Scavennec, Andre; Nahman, N. S.

NBSIR-73-347 Feb 74.

Frequency Domain Measurement of Baseband Instrumentation;

Nahman, N. S.; Jickling, R. M.

NBSI R-73-330 Jul 73.

Reference-Waveform Generation Using Debye Dielectric Dispersion;

Nahman, N. S.; Jickling, R. M.; Holt, D. R.

NBSI R-73-304 Dec 72.

Random Sampling Oscilloscope Time Base;

Andrews, James R.

NBSI R-73-309 Jun 73.

Pulse Testing of RF and Microwave Components;

Gans, William L.; Nahman, N. S.

NBSI R-73-325 Jul 73.

A Note on the Transition (Rise) Time Versus Line Length in Coaxial

Cables;

Nahman, Norris S.

IEEE Transactions on Circuit Theory, Vol. CT-20 p!65-167 Mar 73.

22
Miniature Superconductive Coaxial Transmission Lines;

Nahman, Norris S.

Proceedings of Institute of Electrical and Electronics Engineers, Vol . 61

p76-79 Jan 73.

Fast Fourier Transform Implementation for the Calculation of Network

Frequency Domain Transfer Functions from Time Domain Waveforms;

Gans, William L.; Nahman, N. S.

NBS I R-7 3-303 Dec 72.

+3

A Dye Model ocked Nd J Glass Laser for Generating Electrical Reference

Waveforms;

Honda, T., and Nahman, N. S.

NBSIR 74-360, Sep 72.

Transient Analysis of Coaxial Cables Using the Skin Effect Approximation

A + B(the square root of s);

Nahman, N. S.; Holt, D. R.

Institute of Electric and Electronic Engineers, Transactions

on Circuit Theory, Vol. CT-19 p443-451 Sep 72.

A Frequency Calibrator for UHF Using an Avalanche Transistor;

Andrews, James R.

Q S T, Vol. 56 pi 6 - 18 May 72.

Electron-Beam Deflection in Traveling-Wave Oscilloscopes;

Andrews, James R.; Nahman, N. S.

Record of Symposium on Electron, Ion, and Laser Beam Technology

11th) Held in Boulder, Colo., 12-14 May 71.

Measurement of Broadening of Pulses in Glass Fibers;

Bouille, R., and Andrews, Jr. R.

Electronics Letters, Vol. 8, p. 309-310, Jun 72.

An Interfacing Unit for a 28 psec Feedthrough Sampling Oscilloscope;

Andrews, J. R.

Review of Scientific Instruments, Vol. 42 pl882-1885 Dec 71.

Horizontal Time Base Sweep Generator for a Traveling Wave Oscilloscope;

Andrews, James R.

IEEE Transactions on Nuclear Science, Vol. NS-18, p3-8 Oct 71.

The Measured Time and Frequency Response of a Miniature Superconducting

Coaxial Line;

Ekstrom, M. P.; McCaa, W. D. Jr; Nahman, N. S.

IEEE Transactions on Nuclear Science, Vol. NS-18 pl8-25 Oct 71.

Improved Bias Supply for Tunnel-Diode Picosecond Pulse Generators;

Andrews, J. R.

IEEE Transactions on Instrumentation and Measurement, Vol. IM-19, pi 7

1

175, Aug 70.

23
Generation of Reference Waveforms by Uniform Lossy Transmission Lines;

McCaa, W. D., and Nahman, N. S.

IEEE Transactions on Instrumentation and Measurement, Vol . IM-19, p382-

390, Nov 70.

Frequency and Time Domain Analysis of A Superconductive Coaxial Line

Using the BCS Theory;

McCaa, W. D., and Nahman, N. S.

Journal of Appl . Phys., Vol. 40, p2098-2099, Apr 69.

A Digital Computer Technique for Calculating the Step Response of Lumped

or Distributed Networks;

Andrews, J. R., and Nahman, N. S.

NBS Journal of Research, Sec. B, PI 63- 1 76 , April-June 69.

Measured Time and Frequency Response of a Miniature Superconducting

Coaxial Line;

Nahman, N. S., Ekstron, M. P., McCaa, W. D., Jr.

Presented at the Applied Superconductivity Conference, Boulder, CO

Jun 70.

The Measurement of Baseband Pulse Rise-Times of Less than 10"^ Seconds;

Nahman, N. S.

Proceedings of IEEE, Vol. 55, p855-864, Jun 67.

Random Sampling Osci 1 1 ography;

Frye, G. J., and Nahman, N. S.

IEEE Transactions on Instrumentation and Measurement, Vol. IM-13, p8- 13,

March 1964.

24
CRYOELECTRONIC METROLOGY

Superconducting Devices;

Zimmerman, J. E., and Sullivan, D. R.

Yearbook of Science and Technology, McGraw-Hill, 1979.

A Milliwatt Stirling Cryocooler for Temperatures below 4K;

Zimmerman, J. E., and Sullivan, D. B.

Cryogenics, Vol . 19, pl70, 1979.

Minituari zation of Normal-State and Superconducting Strip-Lines;

Kautz, R. L.

NBS Journal of Research, Vol. 28, p247, 1979.

Analog to Digital Conversion with a SQUID: Conditions for a Countable

Pulse Train;

Peterson, R. L.

Journal of Apl . Phys., Vol. 50, p4231, Jun 79.

The Role of Superconductivity in the Space Program: An Assessment of

Present Capabilities and Future Potential;

Sullivan, D. B.

NASA-CR-158701; NBSIR-78-885 May 78.

Sampling Circuit and Method Therefor; Patent application;

Hamilton, Clark A.

PAT-APPL-6-020 359 Filed 14 Mar 79.

Attenuation in Superconducting Striplines;

Kautz, R. L.

IEEE Transactions on Magnetics Vol. MAG-15, p566-569, Jan 79.

Cryogenic Refrigeration System;

Zimmerman, James E.

PATENT-4 143 520, patented 13 Mar 79.

Quasi particl e Heterodyne Mixing in SIS Tunnel Junctions;

Richards, P. L.; Shen, T. M.; Harris, R. E.; Lloyd, F. L.

Applied Physics Letters, Vol. 34, p345, 1979.

Human Magnetic Auditory Evoked Responses;

Reite, M.; Edrich, J.; Zimmerman, J. T.; Zimmerman, J. E.

El ectroencephal ography and Clinical Neurophysiology Vol. 45

pi 14-117 1978.

Multiple Magnetic Flux Entry into SQUIDS: A General Way of Examining

the Cos(phi) Conductance;

Peterson, R. L.; Gayley, R. I. Phys. Rev. Vol. B 18, pi 198-1206 , Aug 78.

25
High-Speed Superconducting Electronics;

Hamilton, C. A., Harris, R. E., and Sullivan, D. B.

GOMAC Digest, Vol . 7, 1978.

Accurate Rotational Constants, Frequencies, and Wavelengths from

1 ^C lb

02 Lasers Stabilized by Saturated Absorption;

Petersen, F. R., McDonald, D. G.;Cupp, J. D.; Danielson, B. L.

Proceedings Laser Spectroscopy Conference, Vail, Colorado,

June 25-29, 1973, p555-569 1975.

Design of a Josephson-Junction Picosecond Pulser;

McDonald, D. G.; Peterson, R. L.; Bender, B. K. Jnl . Appl . Phys., Vol. 48 p5366-5369, Dec 77.

Picosecond Pulses on Superconducting Striplines;

Kautz, Richard L.

Jnl. Appl. Phys., Vol. 49 p308-314, Jan 78.

Automatic 300-4 K Temperature Cycling Apparatus;

Hamilton, Clark A.

Rev. Sci. Instrum. Notes, Vol. 49 p674-677. May 78.

Photolithographic Fabrication of Lead Alloy Josephson Junctions;

Havemann, R. H.; Hamilton, C. A.; Harris, Richard E.

Jnl. Vac. Sci. Technol., Vol. 15 p392-395, Mar/Apr 78.

Field-Usable Sharpless Wafers for Josephson Effect Devices at

Mi 1 1 imeter Waves;

Edrich, J.; Cupp, J. D.; McDonald, D. G.

Revue de Physique Appliquee Vol. 9, pl95-197, Jan 74.

RF Instrumentation Based on Superconducting Quantum Interference;

Sullivan, D. B.; Adair, R. T.; Frederick, N. V.

Proc. IEEE Vol .66 p454-463 Apr 78.

Analog Computer Studies of Frequency Multiplication and Mixing with

the Josephson Junction;

Risley, A. S.; Johnson, E. G. Jr; Hamilton, C. A.

Proceedings 1976 Applied Superconductivity Conf., Stanford,

IEEE Trans. Mag. Vol. MAG-13 p381-384 Jan 77.

Magnetic Phenomena of the Central Nervous System;

Reite, Martin; Zimmerman, James

Ann. Rev. Biophys. Bioeng. Vol. 7 pl67-188, 1978.

The Role of Superconductivity in the Space Program: An Assessment of

Present Capabilities and Future Potential;

Sullivan, D. B.

NBSIR-78-885, May 78

Review of Electromagnetic Measurements Using the Josephson Effect;

Kamper, Robert A.

Proceedings ISA Int. Instrumentation-Automation Conference,

Held at New York, N.Y. on October 28-31, 1974, pl-8.

26
Numerical Evaluation of the Response of a Josephson Tunnel Junction

in an Arbitrary Circuit;

Harris, Richard E.

Jnl. of Applied Physics, Vol . 48 p5188-5190 Dec 77.

Applications of Closed-Cycle Cryocoolers to Small Superconducting

Devices. Proceedings of a Conference Held at the National Bureau of

Standards, Boulder, Colorado on October 3-4, 1977.

Zimmerman, James E.; Flynn, Thomas M.

NBS-SP-508, Apr 78.

Picosecond Pulse Generator Utilizing a Josephson Junction

Patent Application;

McDonald, Donald G.; Peterson, Robert L.

PAT-APPL-862 311 Filed 20 Dec 77.

A Sampling Circuit and Method Therefor; Patent Application;

Hamilton, Clark A.

PAT-APPL-853 354. Filed 21 Nov 77.

High-Frequency Limitations of the Double-Junction SQUID Amplifier;

Zimmerman, J. E.; Sullivan, D. B.

Applied Physics Letters, Vol. 31, p360-362 Sep 77.

Refrigeration for Small Superconducting Devices;

Zimmerman, J. E.; Radebaugh, R.; Siegwarth, J. D.

DKV-annual meeting and joint meeting with the International

Institute of Refrigeration, Munich, German, Federal Republic of (F.R.

Germany), 13 Oct 1976. Rept No. C0NF-7610104-1 , 1976.

RF Attenuation Measurement System Using a SQUID;

Adair, Robert T.; Frederick, Nolan V.; Sullivan, Donald B.

NBSIR-77-863, Sep 77.

Possible Cryocoolers for SQUID Magnetometers;

Zimmerman, J. E.; Radebaugh, R.; Siegwarth, J. D.

Proc. IC SQUID (1st), Berlin (Germany), October 5-8, 1976,

Paper R-1044 in Superconducting Quantum Interference Devices and Their

Applications, p287-296 1977.

RF Power Measurements Using Quantum Interference in Superconductors;

Sullivan, D. B.; Frederick, N. V.; Adair, R. T.

Proc. IC SQUID (1st), Berlin (Germany), October 5-8, 1976,

Paper R- 1 045 in Superconducting Quantum Interference Devices and Their

Applications, p355-363 1977.

A Low-Noise Josephson Mixer for the 1 rrm Wavelength Range;

Edrich, J.; Sullivan, D. B.; McDonald, D. G.

IEEE Trans. Microwave Theory Tech. Vol. MTT-25, p476-479 Jun 77.

Picosecond Pulses from Josephson Junctions: Phenomenological and

Microscopic Analyses;

Peterson, Robert L.; McDonald, Donald G.

IEEE Transactions on Magnetics, Vol. MAG13 p887-890, Jan 77.

27
Can Superconductivity Contribute to the Determination of the Absolute

Ampere;

Sullivan, D. B.; Frederick, N. V.

IEEE Trans. Magn. Vol . MAG-13, p396-399 Jan 77.

Squid Instruments and Shielding for Low-Level Magnetic Measurements;

Zimmerman, James E.

Jnl . Appl . Phys. Vol. 48 p702-710 Feb 77.

Advances in the Use of SQUIDS for RF Attenuation Measurement;

Frederick, N. V.; Sullivan, D. B.; Adair, R. T.

IEEE Trans. Magm. Vol. MAG-13, p361-364 Jan 77.

Superconducting Devices for Metrology and Standards;

Kamper, Robert A.

Superconductor Applications: Squids and Machines, Chapter 5 pl89-247 Plenum Press, NY, 1977.

Results, Potentials and Limitations of Josephson Mixer-Recei vers

at Millimeter and Long Submillimeter Wavelengths;

Edrich, J., Sullivan, D. B., and McDonald, D. G.

IEEE Transactions on Microwave Theory and Technique, Vol. MTT-25, p476 ,1977 .

RF Applications of the Josephson Effect;

Kamper, Robert A.

Microwave Jnl., Vol. 19 p39-41, Apr 76.

The Human Magnetoencephalogram: Some EEG and Related Correl ati ons

Reite, Martin; Zimmerman, James E.; Edrich, Jochen; Zimmerman, John

Electroencephalography and Clinical Neurophysiology, Vol. 40 p59-66 1976.

Strong-Coupling Correction to the Low-Frequency Electrical

Conductivity of Superconductors and Josephson Junctions;

Harris, Richard E.; Ginsberg, D. M.; Dynes, R. C.

Physical Review B, Vol. 14 p990-992, Aug 76.

Strong-Coupling Correction to the Jump in the Quasi particle Current

of a Superconducting Tunnel Junction;

Harris, Richard E.; Dynes, R. C.; Ginsberg, D. M.

Physical Review B, Vol. 14 p993-995, Aug 76.

Intrinsic Response Time of a Josephson Tunnel Junction;

Harris, Richard E.

Physical Review B, Vol. 13 p3818-3821, May 76.

Josephson Junctions as Radiation Detectors from Millihertz to

Terahertz;

McDonald, D. G.

IEEE Jnl. Quantum Electron., Vol. QE-10, p776-777 Sep 74.

Electrical Insulating-Layer Process;

Mullen, Lewis 0.; Sullivan, Donald B.

PAT-APPL-889 682, patented 14 Mar 72
Modeling Josephson Junctions;

McDonald, D. G.; Johnson, E. G.; Harris, R. E.

Physical Review B, Vol . 13 pl028-1031, Feb 76.

Phase Slip, Dissipation, Bernoulli Effect, Parametric Capacitance,

and Other Curious Features of the Josephson Effect;

Zimmerman, J. E.

IEEE Transactions on Magnetics, Vol MAG-11 p852-855 Mar 75.

Josephson Weak-Link Devices;

Silver, A. H., and Zimmerman, J. E.

Applied Superconductivity, edited by V. L. Newhouse, pl-80

Academic Press, 1975.

Cryogenic Direct Current Comparators and Their Applications;

Dziuba, R. F.; Sullivan, D. R.

IEEE Transactions on Magnetics, Vol. MAG-11 p716-719 Mar 75.

Tests of Cryogenic SQUID for Geomagnetic Field Measurements;

Zimmerman, J. E.; Campbell, W. H.

Geophysics, Vol. 40, p269, 1975;

Review of Superconducting Electronics;

Kamper, Robert A.

IEEE Transactions on Magnetics, Vol. MAG 11 pl41-146 Mar 75.

A Low-Temperature Di rect-Current Comparator Bridge;

Sullivan, D. B.; Dziuba, R. F.

IEEE Transactions on Instrumentation and Measurements, Vol. IM23

p2 56 — 260 Dec 74.

RF Attenuation Measurements Using Quantum Interference in

Superconductors;

Adair, R. T.; Simmonds, M. B.; Kamper, R. A.; Hoer, C. A.

IEEE Transactions on Instrumentation and Measurement, Vol .IM 23

p37 5- 381 Dec 74.

An Application of Superconducting Quantum Interference Magnetometers

to Geophysical Prospecting;

Frederick, N. V.; Stanley, W. D.; Zimmerman, J. E.; Dinger, R. J.

IEEE Transactions on Geoscience Electronics, Vol. GE12

P102-103 Jul 74.

RF Attenuation Measurements Using Quantum Interference in Superconductors;

Adair, R. T.; Hoer, C. A.; Kamper, R. A.; Simmonds, M. B.

CPEM Digest p4-5 (Institution of Electrical Engineers, London,

England) 1974.

Advances in the Measurement of rf Power and Attenuation Using SQUIDS;

Kamper, R. A.; Simmonds, M. B.; Adair, R. T.; Hoer, C. A.

NBS-TN-661, Sep 74.

29
Low Temperature Direct Current Comparators;

Sullivan, D. B.; Dziuba, R. F.

Review of Scientific Instruments, Vol . 45 p517-519 Apr 74.

Magnetic Properties of Internally Oxidized Copper;

Fickett, F. R., and Sullivan, D. B.

19th Annual Conference on Magnetism and Magnetic Materials, Boston, 1973

AIP Conference Proceedings 18, 1974.

The Relationship of Josephson Junctions to a Unified Standard of

Length and Time;

McDonald, D. G.; Risley, A. S.; Cupp, J. D.

Proceedings of the International Conference on Low

Temperature Physics (13th), Boulder, Colo., 21-25 Aug 72. Paper in Low

Temperature Physics LT 13, p542-549 1974.

Superconducting Devices and Materials. Issue no. 74-1, January-March

1974; Quarterly literature survey;

Olien, Neil A.; Goree, William S.; Kamper, Robert A.; Nisenoff,

Martin; Wolf, Stuart A.

Cryogenic Data Center, National Bureau of Standards, Boulder, CO.

Magnetic Studies of Oxidized Impurities in Pure Copper Using a SQUID

System;

Fickett, F. R.; Sullivan, D. B.

Jnl . of Physics F, Vol. 4 p900-904 Jun 74.

Josephson Junctions at 45 Times the Energy-Gap Frequency;

McDonald, D. G.; Petersen, F. R.; Cupp, J. D.; Danielson, B. L.;

Johnson, E. G.

Applied Physics Letters, Vol. 24 p335-337, Apr 74.

Spectral Analysis of a Phase Locked Laser at 891 GHz. An Application

of Josephson Junctions in the Far Infrared;

Wells, J. S.; McDonald, D. G.; Risley, A. S.; Jarvis, S.; Cupp, J. D.

Revue de Physique Appliques (Supplement to Jnl. de Physique)

(France), Vol. 9 p285-292 Jan 74.

1 O 1 C

Rotational Constants for U

C O

2 From Beats Between

Lamb-Dip-Stabilized Lasers;

Petersen, F. R.; McDonald, D. G.; Cupp, J. D.; Danielson, B. L.

Physical Review Letters, Vol. 31 p573-576, Aug 73.

Measurement of rf Power and Attenuation Using Superconducting

Quantum Interference Devices;

Kamper, R. A.; Simmonds, M. B.; Hoer, C. A.; Adair, R. T.

NBS-TN-643, Aug 73;

Survey of Noise Thermometry;

Kamper, Robert A.

Proceedings of Symposium on Temperature, Its Measurement and

Control in Science and Industry (5th), Washington, D.C., 21-24 Jun 71.

30
Precise Electrical Measurements at Low Temperature;

Sullivan, D. B.

Proceedings of Applied Superconductivity Conference,

Annapolis, Md., 1-3 May 72, p631 -639

Analog-Computer Studies of Mixing and Parametric Effects in

Josephson Junctions;

Hamilton, Clark A.

Jnl . of Applied Physics, Vol . 44 p2371-2377 May 73.

Portable Helium Dewars for Use with Superconducting Magnetometers;

Zimmerman, J. E.; Siegwarth, J. D.

Cryogenics, Vol. 13 pi 58-159 Mar 73.

A New Technique for RF Measurements Using Superconductors;

Kamper, R. A.; Simmonds, M. B.; Adair, R. T.; Hoer, C. A.

Proceedings of IEEE, Vol. 61, pl21-l 22 Jan 73.

Possible Parametric Capacitance in Josephson Junctions;

Zimmerman, J. E.

Physics Letters Vol. 42A p375-376, Jan 73.

Quantum Mechanical Measurement of rf Attenuation;

Kamper, R. A.; Simmonds, M. B.; Adair, R. T.; Hoer, C. A.

Applied Superconductivity Conference (Proc. 1972 Conf.), Annapolis, Md

1-3 May 72. p696-700 1972.

Superconducting Devices and Materials. Issue no. 73-1,

January-March 1973; Quarterly literature survey;

Goree, William S.; Nisenoff, Martin; Wolf, Stuart A.; Kamper, Robert A

Olien, Neil A.

National Bureau of Standards, Boulder, Colo. Cryogenic Data Center.

Flexible Laminates for Thermally Grounded Terminal Strips and

Shielded Electrical Leads at Low Temperatures

Radebaugh, Ray; Frederick, N. V.; Siegwarth, J. D.

Cryogenics, Vol. 13 p41 -43 Jan 73.

A Review of the Properties and Applications of Superconducting Point

Contacts;

Zimmerman, J. E.

Proceedings of Conference on Applied Superconductivity,

Annapolis, Md., 1-3 May 72 p544-561.

Cryoelectronics;

Kamper, R. A.

Proceedings of the Helium Society Symposium, Washington,

D.C., 23-24 Mar 70, p68-82.

Computation of Spectral Data for a Josephson Junction Circuit;

Johnson, E. G. Jr; McDonald, D. G.

NBS-TN-627 , Nov 72.

31
Developments in Cryoelectronics;

Kamper, Robert A,; Sullivan, Donald B.

NBS-TN-630, Nov 72.

Superconducting Quantum Interference Devices: an Operational Guide

for rf-Biased Systems;

Sullivan, D. B.

NBS-TN-629 , Nov 72.

Analog Computer Studies of Subharmonic Steps in Superconducting Weak

Li nks;

Hamilton, C. A.; Johnson, E. G. Jr

Physics Letters, A Vol . 41 p393-394, Oct 72.

Low Temperature Voltage Divider and Null Detector;

Sullivan, D. B.

Review of Scientific Instruments, Vol. 43 p499-505 Mar 72.

Broadband Superconducting Quantum Magnetometer;

Kamper, R. A.; Simmonds, M. B.

Applied Physics Letters, Vol. 20 p270-272, Apr 72.

Four-Hundredth-Order Harmonic Mixing of Microwave and Infrared Laser

Radiation Using a Josephson Junction and a Maser;

McDonald, D. G.; Risley, A.S.; Cupp, J. D.; Evenson, K. M.; Ashley,

J. R.

Applied Physics Letters, Vol. 20 p296-299, Apr 72.

Josephson Effect Devices and Low-Frequency Field Sensing;

Zimmerman, J. E.

Cryogenics, Vol. 12 pl9-31 Feb 72.

Superconducting Devices and Materials. A Literature Survey;

Quarterly repts.

Goree, W. S.; Kamper, R. A.; Olien, Neil A.

National Bureau of Standards, Boulder, Colo. Cryogenic Data Center.

Mar 72 4 issues.

Mechanical Analogs of Time Dependent Josephson Phenomena;

Sullivan, D. B.; Zimmerman, J. E.

American Jnl . of Physics, Vol. 39 pi 504-1 517 Dec 71.

A Mechanical Superconducting Switch for Low Temperature

Instrumentation;

Siegwarth, J. D.; Sullivan, D. B.

Review of Scientific Instruments, Vol. 43, pi 53- 1 54 Jan 72.

Harmonic Mixing of Microwave and Far-Infrared Laser Radiation using

a Josephson Junction;

McDonald, D. G.; Risley, A. S.; Cupp, J. D.; Evenson, K. M.

Applied Physics Letters, Vol. 18 pl62- 164 Feb 71.

32
Observation of Noise Temperature in the Millikelvin Range;

Kamper, R. A.; Siegwarth, J. D.; Radegaugh, R.; Zimmerman, J. E.

Proc. IEEE Vol . 59 pl368-1369 Sep 71.

Superconducting Materials;

Kamper, R. A.

Electronics Design Materials, 1971, p71-79.

Sensitivity Enhancement of Superconducting Quantum Interference

Devices through the Use of Fractional -Turn Loops;

Zimmerman, J. E.

Jnl. of Applied Physics, Vol. 24 p4483-4487 Oct. 71.

Miniature Ultrasensitive Superconducting Magnetic Gradiometer and

Its Use in Cardiography and Other Applications;

Zimmerman, J. E. ; Frederick, N. V.

Applied Physics Letters, Vol. 19 pl6-19, Jul 71.

Resistance of a Silicon Bronze at Low Temperatures

Sullivan, D. B.

Review of Scientific Instruments, Vol. 42 p61 2-61 3 May 71.

High-Frequency Limit of the Josephson Effect;

McDonald, D. G.; Evenson, K. M.; Wells, J. S.; Cupp, J. D.

Jnl. of Applied Physics, Vol. 42 pl79-181 Jan 71.

Noise Thermometry with the Josephson Effect;

Kamper, R. A.; Zimmerman, J. E.

Jnl. of Applied Physics, Vol. 42 pi 32-1 36 Jan 71.

Recent Developments in Superconducting Devices;

Zimmerman, J. E.

Jnl. of Applied Physics, Vol. 42 p30-37 Jan 71.

Generation of Harmonics and Subharmonics of the Josephson

Oscillation;

Sullivan, D. B.; Peterson, Robert L.; Kose, V. E.; Zimmerman, J. E.

Jnl. of Applied Physics, Vol. 41 p4865-4873 Nov 70.

Influence of External Noise On Microwave-Induced Josephson Steps;

Kose, V. E.; Sullivan, D. B.

Jnl. of Applied Physics, Vol. 41 pi 69-1 74 Jan 70.

Magnetocardi ograms Taken Inside A Shielded Room With A Superconducting

Point-Contact Magnetometer;

Cohen, David; Edelsack, Edqar A.; Zimmerman, James E.

Applied Physics Letter, Vol. 16 p278-280, Apr 70.

Electrical Insulating-Layer Process Patent Application;

Mullen, L. 0.; Sullivan, D. B.

US-PATENT-APPL-SN-889682 , 31 Dec 69.

33
Some Applications Of The Josephson Effect;

Kamper, R. A.; Mullen, L. 0.; Sullivan, D. R.

NASA-CR- 1 565 ; NBS-TN-381, Mar 70.

Harmonic Generation and Submillimeter Wave Mixing With The Josephson

Effect;

McDonald, D. G.; Kose, V. E.; Evenson, K. M.; Wells, J. S.; Cupp, J.D.

Applied Physics Letters, Vol . 15 pl21-122, 15 Aug 69.

The Josephson Effect;

Kamper, Robert A.

IEEE Transactions on Electron Devices, Vol. ED-16 p840-844 Oct 69.

Fabrication Of Tunnel Junctions On Niobium Films;

Mullen, L. 0.; Sullivan, D. B.

Jnl. of Applied Physics, Vol. 40 p21 1 5-21 17 Apr 69.

Cryoelectronics;

Kamper, R. A.

Cryogenics, Vol. 9 p20-25 Feb 69.

Contribution of Thermal Noise To The Line-Width Of Josephson

Radiation From Superconducting Point Contacts;

Silver, A. H.; Zimmerman, J. E.; Kamper, R. A.

Applied Physics Letters Vol. 11 p209-ll Sep 15 1967.

Millidegree Noise Thermometry;

Kamper, R. A.

Proceedings of the Symposium on the Physics of Superconducting Devices,

Charlottesville, Va, April 1967 (ONR report).

34
AUTHOR INDEX

Adair, R.T.: 8, 26, 27, 28, 29, 30, 31

Agy, D.L.: 10, 11

Allred, C.M.: 4, 7, 10, 11, 18

Andrews, J.R.: 18, 19, 20, 21, 22, 23, 24

Arthur, M.G.: 19

Ashley, J.R.: 32

Baldwin, E.E.: 18, 19, 20

'

Beers, Y: 14

Bender, B.K.: 26

Bouille, R.: 23

Case, W.E.: 14, 15, 16

Campbel 1 , E. : 9

Campbell, W.H.: 29

Chamberlain, G.E.: 12, 13

Clague, F.R.: 10

Cohen, D.: 33

Collins, G.J.: 12, 14

Cook, A.R.: 13, 15, 16

Cook, C.C.: 10

Counas, G.J.: 10

Cozannet, A.: 18

Cupp, J.D.: 26, 30, 32, 33, 34

Danielson, B.L.: 12, 13, 14, 15, 26, 30

Day, G.W.: 12, 13, 14, 15, 16

Debeau, J.: 18

Dimmock, J.D.: 17

Dinger, R.J.: 29

Driver, L.D.: 3

Dynes, R.C.: 28

Dziuba, R.F.: 29, 30

Ecklund, W.L.: 10

Edelsack, E.A.: 33

Edrich, J.: 25, 26, 27, 28

35
Ekstrom, M.P.: 23, 24

Engen, G.F.: 3, 4, 5, 6, 7, 8, 9, 10, 11

Estin, A.J.: 6

Evenson, K.M.: 14, 15, 16, 32, 33, 34

Fickett, F.R.: 30

Flynn, T.M.: 27

Franzen, D.L.: 12, 13, 14, 15, 16

Frederick, N.V.: 26, 27, 28, 29, 31, 33

Frye, G.J.: 24

Gans, W.L.: 18, 19, 20, 21, 22, 23

Gayley, R.I.: 25

Geist, J.: 15

Ginsberg, D.M.: 28

Goree, W.S.: 30, 31, 32

Gruzensky, P.M.: 13, 15, 16

Halford, D.: 16

Hamilton, C.A.: 13, 14, 15, 25, 26, 27, 31, 32

Harris, R.E.: 25, 26, 27, 28, 29

Harvey, M.E.: 4, 7 Havemann, R.H.: 26

Heim, L.: 7 Hoer, C.A.: 3, 4, 5, 6, 7, 8, 9, 10, 11, 18, 29, 30, 31

Holt, D.R.: 20, 22, 23

Honda, T.: 21, 23

Hudson, P.A.: 5, 7, 8, 10, 11

Jarvis, S.: 30

Jennings, D.A.: 14, 16

Jesch, R.L.: 6, 9

Jickling, R.M.: 22

Johnson, E.G.: 12, 13, 26, 29, 30, 31, 32

Johnson, W.L.: 12

Kamper, R.A.: 3, 4, 26, 28, 29, 30, 31, 32, 33, 34

Kautz, R.L.: 25, 26

Klein, G.P.: 15

Komarek, E.L.: 3, 4, 5, 7, 9

Kose, V.E.: 33, 34

36
Larsen, E.B.: 18, 20

Larsen, N.T.: 4, 5, 6, 7, 8, 9, 10

Larson, W.: 10, 11

Lawton, R.A.: 10, 11, 18, 19, 20, 21, 22

Little, W.E.: 7 Lloyd, F.L.: 25

Mahler, R.J.: 16

Manney, C.H.: 4, 7 McCaa, W.D.: 23, 24

McDonald, D.G.: 26, 27, 28, 29, 30, 31 , 32, 33, 34

McNeil, J.R.: 13, 14

Melquist, D.G. : 8

Mullen, L.O.: 15, 16, 28, 33, 34

Nahman, N.S.: 18, 19, 20, 21, 22

Nelson, R.E.: 5, 10

Nisenoff, M.: 30, 31

Olien, N.A.: 30, 31, 32

Ondrejka, A.R.: 8, 10, 11, 18

Persson, K.B.: 12, 14

Peterson, F.R.: 15, 26, 30

Peterson, R.L.: 14, 15, 25, 26, 27, 30, 33

Phelan, R.J.: 13, 14, 15, 16, 17

Pyatt, K.W.: 13

Radebaugh, R.: 27, 31, 33

Rasmussen, A.L.: 14, 15, 16

Rebuldella, G.: 3

Reeve, G.R.: 8, 9

Reite, M.: 25, 26, 28

Riad, S.M.: 18, 19, 20

Richards, P.L.: 25

Ries, F.X.: 3

Risley, A.S.: 26, 30, 32

Roe, K.C.: 6, 7, 8

Russell, D.H.: 11

Russel 1 , T.W.

14, 15, 16

Sanders, A. A.: 12, 13

37
Saulsbery, L.F.: 10

Scavvanec, A.: 21, 22

Schmidt, L.B.: 13, 15

Shen, T.M.: 25

Siegwarth, J.D.: 27, 31, 32, 33

Silver, A.H.: 29, 34

Simmonds, M.B.: 29, 30, 31, 32

Simmons, W.R.: 14

Simpson, P.A.: 6, 7, 11, 13

Smith, R.L.: 13, 14, 15, 16

Speciale, R.A.: 3

Stanley, W.D.: 29

Stoltenberg, R.E.: 4, 7 Stubenrauch, C.F.: 13

Sullivan, D.B.: 25, 26, 27, 28, 29, 30, 31, 32, 33, 34

Taggart, H.E.: 5 Treado, M.J.: 5 Tryon, R.V.: 9

Wakefield, J.: 7 Weidman, M.P.: 4, 5, 9, 10

Wells, J.S.: 15, 16, 30, 33, 34

Werner, P.E.: 8

West, E.D.: 14

Wolf, S.A. : 30, 31

Workman, J.L.: 5 Yates, B.C.: 7, 10

Young, M.: 12, 18, 19

Zapf, T.L.: 4, 7 Zimmerman, J.E.: 25, 26, 27, 28, 29, 31, 32, 33, 34

Zimmerman, J.T.: 25, 28

38
NBS-114A IREV. 9-78)

U.S. DEPT. OF COMM.

BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO. NBSIR 79-1625

2. Gov't Accession No. 3. Recipient' s Accession No.

4. TITLE AND SUBTITLE

Metrology for

Electromagnetic Technology: A Bibliography of

NBS Publications

5. Publication Date January 1980

6. Performing Organization Code

7. AUTHOR(S)

Edited by Robert A. Kamper

8. Performing Organ. Report No.

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, DC 20234

11. Contract/Grant No.

12. SPONSORING ORGANIZATION NAME AND COMPLETE ADDRESS (Street, City, state, ZIP)

Same as above.

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15. SUPPLEMENTARY NOTES

| | Document describes a computer program; SF-185, FIPS Software Summary, is attached.

16. 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 lists the publications of the present personnel of the

Electromagnetic Technology Division of NBS in the period from January 1970

through September 1979. A few earlier references that are directly related

to the present work of the division are included.

17. KEY WORDS (s ix to twelve entries ; alphabetical order; capitalize only the first letter of the first key word unless a proper name;

separated by semicolons) Electromagnetic Metrology; Microwaves; Lasers; Optical Fibers;

Time Domain Metrology; Cryoelectronics.

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