Proceedings of the 27th Intersociety Energy Conversion Engineering Conference: IECEC-92, San Diego, CA, August 3 - 7, 1992 1 Aerospace power
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1992
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245 | 1 | 0 | |a Proceedings of the 27th Intersociety Energy Conversion Engineering Conference |b IECEC-92, San Diego, CA, August 3 - 7, 1992 |n 1 |p Aerospace power |
264 | 1 | |a Warrendale, Pa. |b Soc. of Automotive Engineers |c 1992 | |
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adam_text | TABLE
OF
CONTENTS
Volume
1
AEROSPACE
POWER
Note:
Please check Post-deadline
Section in Volume
6
for any missing papers.
SPACE POWER REQUIREMENTS AND ISSUES
929004
Projected NASA Power Requirements for Space Science and
Exploration Missions
............................................................................................................1.1
Gary L. Bennett, Carl B. Pilcher, and William L. Smith
NASA Headquarters
SPACE POWER REQUIREMENTS AND ISSUES
929069
International Activities Concerning the Use of Special Nuclear Materials in Space
......1.7
Colette E. Brown and Robert G.
Lange
U.S.
Dept.
of Energy
929071
Robotic Planetary Mission Benefits from Nuclear Electric Propulsion
...........................1.9
James H. Kelley and Chen-wan
L
Yen
JPL, California Institute of Technology
SPACE NUCLEAR POWER REACTOR APPLICATIONS I
929444
Toward the Last Frontier: A Strategy for the Evolutionary Development of Space
Nuclear Power Systems
......................................................................................................1.21
Gary L. Bennett
NASA
929445
Interplanetary and Lunar Surface SP-100 Nuclear Power Applications
........................1.27
A. T. Josloff,
N.
F. Shepard, M. Smith, and
J. D.
Stephen
General Electric Co.
929446
929447
929448
929449
100-kWe Lunar/Mars Surface Power Utilizing the SP-100 Reactor with
Dynamic Conversion
...................................................................................
Richard B.
Harty
Rockwell International
Lee S. Mason
NASA Lewis Research Center
.1.33
SP-100 Early Flight Mission Designs
......................................................
N.
F. Shepard, R. E. Biddiscombe, T. S. Chan,
N.
A. Deane,
A. S. Kirpich, R.
Murata,
R. Protsik,
M. A.
Smith, and
J. D.
Stephen
General Electric Co.
Nuclear Safety Review Requirements for Launch Approval: Getting
Your Nuclear-Powered Space Mission Off the Ground
.........................
Joseph A. Sholtis, Jr. and Robert O. Winchester
Air Force Safety Agency
Optimization of Closed Brayton Cycles for Space Power Generation
.
James Casey Hanlon
Sverdrup Technobgy, Inc.
.1.41
.1.47
.1.51
POWER ELECTRONICS
929078
Spacecraft Power System Compatibility and Stability for the
NASA EOS Satellite
.............................................................................................................1.57
Dan M. Sable, Bo H. Cho, and Fred
C. Lee
Virginia Polytechnic Institute and State Univ.
929079
Design of a Solar Array Simulator for the NASA EOS
Testbed
......................................1.63
Steve J. Butler, Dan M. Sable, Fred C. Lee, and Bo H. Cho
Virginia Polytechnic Institute and State Univ.
929080
Design and Analysis of Microprocessor-Controlled
Peak-Power-Tracking System
............................................................................................
1
.67
Phuong Huynh, Bo H. Cho
Virginia Polytechnic Institute and State Univ.
929081
Design of a Multi-Module, Multi-Phase Battery Charger for the NASA
EOS Space Platform
Testbed
.............................................................................................1.73
James P. Noon, Bo H. Cho, and Fred
С
Lee
Virginia Polytechnic Institute and State Univ.
929082
Design and Test Hardware for a Solar Array Switching Unit
................................ 1 79
A. R.
Patii,
B. H.
Cho,
D.
Sable, and
F. C.
Lee
Virginia
Polytechnic Institute and State Univ.
929083
Common Pressure Vessel NIH2 Battery Experiment Electronics
..............................1.85
Robert G. Skalitzky
Naval Research Lab.
FUEL CELLS FOR AEROSPACE APPLICATIONS
929085
Optimization of Armored Spherical Tanks for Storage on the Lunar Surface
..............1.89
D. J. Bents and D. A. Knight
NASA Lewis Research Center
929086
Long Life Regenerative Fuel Cell Technology Development Plan
.................................1.95
Franklin D. Littman
Rockwell International
Robert L. Cataldo
NASA Lewis Research Center
James F. McElroy
United Technologies
Соф.
Jay K. Stedman
Consultant
929087
Regenerative Fuel Cells
....................................................................................................1.101
Larry L. Swette, Nancy D. Kackley, and Anthony B. LaConti
Giner, Inc.
929088
Advanced-Capability Alkaline Fuel Cell
Powerplant.....................................................1.107
Henry J. DeRonck
International Fuel Cells Corp.
BATTERIES FOR SPACE APPLICATIONS
929089
Hubble Space Telescope Nickel-Hydrogen Battery and Cell Testing
-
An Update
.....1.111
Jeffrey
С
Brewer and Thomas H. Whitt
NASA Marshall Space Flight Center
929090
Performance of INTELSAT V Ni-Ha Batteries in Orbit
(1983-1991)...............................1.117
James D. Dunlop, Andrew Dunnett, and Dennis Cooper
International Telecommunications Satellite Organization
929091
Method for Rejuvenating Ni-H2 Battery Cells
.................................................................1.127
Martin Earl and Todd Burke
COMSAT Labs.
Andrew
Dünnet
INTELSAT
929092
Air Force Nickel Hydrogen Cell Low Earth Orbit Life Test-Update
...............................1.133
Carole A. Hill, James M. Matsumoto, Talmadge M. Poston, and
Alonzo
Prater
The Aerospace Corp.
Harry Brown and Steve Hall
Naval Surface Warfare Center Crane Division
Shaun House
The Phillips Lab.
929093
Space Qualification Test Results on
SAFT
Nickel Hydrogen Cells
..............................1.141
D. Paugam
SAFT
Space
Dept.
J. Vemiolle
ESA-ESTEC
T. Jamin
CNES-CST
929094
Some Observations on Life Cycle Performance of Ni-Cd and Ni-Ha Cells
...................1.147
A. Subrahmanyam, M. S. Suresh, and B. L. Agrawal
ISRO Satellite Centre
929095
Evaluation of Nickel Hydrogen Battery Cells for Space-Based Radar
.........................1153
John R. Metcalfe
CAL
Corp.
Craig A. Masked
Defence Research Establishment Ottawa
AUTOMATION
929096
Results of an Electrical Power System Fault Study
.......................................................1-159
Norma R.
Dugal-Whitehead and
Yvette
В.
Johnson
NASA
Marshalf
Space Flight Center
929099
A Model-Based Fault Diagnostic and Control System for Spacecraft Power
.............1.165
Robert A. Morris, Randy B. Pollack, Daniel J.
Carreira
Florida Institute of Technology
Avelino
J.
Gonzalez,
F. D. McKenzie, R.
A. Fleeman, and Anita Dhir
University of Central Florida
929100
Lessons Learned from the Autonomous Power System
...............................................1.171
Mark J. Ringer, Todd M. Quinn, and Anthony Merolla
Sverdrup Technology, Inc.
AUTOMATION
929101
An Advanced Environment for Spacecraft Engineering Subsystem
Mission Operations
...........................................................................................................1.177
K. A. Bahrami and J. A. Harris
JPL, California Institute of Technology
929102
Arcing on DC Power Systems
..........................................................................................1.185
Greg Moores,
R.
Page Heller, and
Surja Sutanto
M
icon Engrg.
Norma R.
Dugal-Whitehead
NASA Marshall Space Flight Center
929103
High Impedance Fault Detection Using Artificial Neural Network Techniques
...........1.191
Susith R. Fernando and
Karan
L
Watson
Texas ASM Univ.
929104
Nickel Hydrogen Battery Expert System
.........................................................................1.197
Yvette
В.
Johnson and Kurt E. McCall
NASA Marshall Space Flight Center
929105
Modeling Power Systems for Diagnosis: How Good is Good Enough?
.....................1.203
Lorraine M. Fesq
TRW Space and Technology Group and University of California
Amy
Stephan
TRW Space and Technology Group
Lawrence McNamee
University of California
BATTERIES
FOR SPACE APPLICATIONS
929106
929485
929108
929109
929110
929111
Calorimetrie
Study of UVH2 Thermal Phenomena
H. Vaidyanathan, W. H. Kelly, and
M. W.
Earl
COMSAT Labs.
Validation Test of Advanced Technology for IPV Nickel-Hydrogen
Flight Cells
-
Update
..............................................................................
John J. Smithrick
NASA Lewis Research Center
Stephen W. Hall
Naval Weapon Support Center
.1.209
.1.215
The Determination of the Hydrogen Pressure Equivalent of One Amp
Hour of Capacity in Nickel Hydrogen Cells
..................................................
S. A. Verzwyvelt and J. Berryman
Power Systems Technology
Hydrogen Environment Embrittlement of Inconel Alloy
718
Pressure
Vessels In Nl/H2 Cells
......................................................................................
S.
Lenhart
and C. Halbach
Space Systems/Loral
W. Cullen, G. Grewal, and
N.
Pruitt
Materials Engrg. Associates
K. Garr
Rockwell International
Effect of Cobalt Additive,
КОН
Concentrations, and Types of Nickel
Electrodes on Storage Behavior of Nickel-Hydrogen Cells
.......................
Hong S.
Lim
Hughes Aircraft Co.
The Measurement of Nickel Hydrogen Cell Performance Characteristics
with Pressure as a State of Charge Indication
.............................................
S. A. Verzwyvelt and J. Berryman
Power Systems Technology
.1.227
.1.233
.1.239
.1.245
POWER ELECTRONICS
929112
An Electromechanical Actuation System for an Expendable Launch Vehicle
............1.251
Linda M. Burrows and Mary Ellen Roth
NASA Lewis Research Center
929113
Electromechanical Systems with Transient High Power Response
Operating from a Resonant AC Link
...............................................................................1.257
Linda M. Burrows and Irving G.
Hansen
NASA Lewis Research Center
929114
Topological Variations of the Inverse Dual Converter for High-Power DC-DC
Distribution Systems
........................................................................................................1.261
Mehrdad Ehsani and Laszlo Laskai
Texas A&M Univ.
929115
Neutron, Gamma Ray, and Temperature Effects on the Electrical
Characteristics of
Thyristors...........................................................................................
A. J.
Frasca
Wittenberg Univ.
G. E.
Schwarze
N-AS-A Lewis Research Center
929116
Comparison of High Temperature, High Frequency Core Loss and
Dynamic
B
-Н
Loops of
а гУ-ДЭРе-ДЭСо
and a Grain Oriented SSi-Fe Alloy
................1.275
W. R. Wieserman
Univ. of Pittsburgh at Johnstown
G. E.
Schwarze
NASA Lewis Research Center
J. M. Niedra
Sverdrup Technology, Inc.
929005
Evaluation of the Benefits of High Temperature Electronics for Lunar
Power Systems
..................................................................................................................1-283
Edgar H. Fay
Sverdrup Technology, Inc.
SPACE SOLAR POWER
929119
Space Station Freedom Solar Array Design Development
...........................................1.289
Cindy Winsfow
Lockheed Missiles and Space Co.
929120
Photovoltaic Array Space Power Flight Experiment Plus Diagnostics
(PASP+) Modules
...............................................................................................................1.295
William T. Cooley, Steven F. Adams, and
Kitt
С.
Reinhardt
Wright
Lab.
Michael
F.
Piszczor
NASA Lewis Research Center
929121
Indium Phosphide Solar Cells for Laser Power Beaming Applications
.......................1.303
Raj K. Jain
NASA Lewis Research Center
Geoffrey
A. Landis
Sverdrup Technology Inc.
SPACE POWER SYSTEMS
929123
An Electrical Power System for a Mobile Communications Spacecraft
......................1.309
Christopher R. Ashley, Joseph H. Hayden, Timour H. Ibrahim
Hughes Aircraft Co.
929124
Power Systems for the Mars Environmental Survey (MESUR) Mission
.................1.313
Mike Shirbacheh and Art B. Chmielewski
JPL, California Institute of Technology
SPACE
NUCLEAR
POWER
REACTOR
APPLICATIONS
II
929342
The Past as Prologue: A Look at Historical Flight Qualifications for
Space Nuclear Systems
....................................................................................................1.319
Gary L. Bennett
NASA
929344
Hybrid Space Nuclear Reactor Concept
.........................................................................1.325
Lester L. Begg
General Atomics
Phillip T. Choong and Vincent L.
Teofilo
Lockheed Missiles and Space Co.
Charles Dunn
Rockwell International
Sam Bhattacharyya
Argonne National Lab.
929345
An Integral Nuclear Power and Propulsion System Concept
.......................................1.331
Philip T. Choong and Vincent L.
Teofilo
Lockheed Missiles and Space Co., Inc.
Lester L. Begg
General Atomics
Charles Dunn and William Otting
Rockwell International
929346
Dynamic
Neutronic
and Stability Analysis of a Multiple-Cavity, Ultrahigh
Temperature UF4 Vapor Core Reactor Rankine Cycle Space Power System
..............1.337
Edward T. Dugan
University of Florida
Samer D. Kahook
Westinghouse
Savannah River Co.
929347
Dynamic
Neutronic
and Stability Analysis of a Burst Mode, Single
Cavity Gas Core Reactor Brayton Cycle Space Power System
....................................1.345
Edward T. Dugan
University of Florida
Kiratadas Kutikkad
University of Missouri
929505
A Comparison of Nuclear and Chemical Propulsion Upper-Stage and
Launch Systems for LEO to
GEO
Orbital Transfers
......................................................1.351
Patrick G. Bailey and Philip T. Choong
Lockheed Missiles and Space Co.
SMALL EX-CORE HEAT PIPE THERMIONIC
REACTOR TECHNOLOGY
929072 10
KWe Dual-Mode Space Nuclear Power System for Military and
Scientific Applications
......................................................................................................1.357
John Malloy, Kurt
Westerman,
Richard
Rochów,
and Stephen Scoles
Babcock and Wilcox
929077
Nuclear Fuels for Very High Temperature Applications
................................................1-363
L.
B. Lundberg
and R. R. Hobbins
E
G&G Idaho, Inc.
TERRESTRIAL APPLICATIONS OF AEROSPACE
POWER TECHNOLOGY
929223
Commercialization of Terrestrial Applications of Aerospace Power Technology
......1.371
Dennis R.
Landsberg
The Fleming Group, inc.
929224
Thermal Destruction of Solid Wastes
..............................................................................1-377
H. Chopra and A. K. Gupta
University of Maryland
E. L.
Keating and
E. B.
White
NSWC
929225
Parameter Effects on Turbulent Swirling Flames in
Combustore
................................1.383
Mingchun Dong and David G. Lilley
Oklahoma State Univ.
929226
On-Line Monitoring of Gaseous Flames for Air-Fuel Ratio Control
.............................1.389
D. D. Bassuk, A. K. Gupta, and
E. B.
Magrab
University of Maryland
929227
Optimized Control of a Solar Powered Vehicle with Control Constraints
...................1.395
William E. Kramer and
С
Byron Winn
Colorado State Univ.
929228
Application of Optimal Control Theory to Utility Demand Management
......................1.401
Robert C. Winn
Consulting Engineer
REACTOR ~ THERMOELECTRIC TECHNOLOGY I
929308
SP-1
00
Space Reactor Power System Readiness
..........................................................1.407
A. T. Josloff, D.
N.
Matteo, and H. S. Bailey
General Electric Co.
929309
SP-1
00
Nuclear Subsystem Hardware and Testing
.......................................................1.413
Philip
R. Pluta,
Anthony J. Bryhan, Samuel Kaplan, Raymond A. Meyer]
...................
Michael R.
Schräg,
and Robert Yaspo
General Electric Co.
SPACE SOLAR POWER
929243
Hubble Space Telescope
Solar
Cell
Module
Thermal Cycle Test
.................................1.423
Douglas Alexander, Ted
Edge, and
Douglas Willowby
NASA Marshall Space
Flight
Center
Lothar Gerlach
ESA/ESTEC
929244
Design and Optimization of a Self-Deploying Single Axis Tracking PV Array
............1.433
Anthony J. Colozza
Sverdrup Technology, Inc.
929245
Space Power Subsystem Sizing
......................................................................................1.439
Jack W.
Geis
Wright-Patterson AFB
929246
The Ground Testing of a 2kWe Solar Dynamic Space Power System
.........................1.455
James E. Calogeras
NASA Lewis Research Center
Miles O. Dustin
Sverdrup Technology Inc.
HIGH VOLTAGE SYSTEMS
929247
NASA Requirements and Applications Environments for Electrical
Power Wiring
.....................................................................................................................1.461
Mark W. Stavnes and Ahmad
N.
Hammond
Sverdrup Technology, Inc.
929248
Enhancement of Dielectric Breakdown Strengths in Polymer Film Capacitors
..........1.469
Michael Binder and Robert J.
Mammone
U.S. Army LABCOM
Bernard Lavene and Ernest Rondeau
Electronics Concepts Inc.
929251
Corona Evaluation for
270
Volt DC Systems
.................................................................1.473
William G. Dunbar
Independent Consultant
929252
High Voltage Quick-Disconnect Harness System for Helmet-Mounted Displays
.......1.477
P. T. Bapu, S. P.
Fuchs,
and J. M. Aulds
University of Dayton Research Institute
Dave McCormick
Reynolds Industries Inc.
BATTERIES FOR SPACE APPLICATIONS
929253
Space Station Freedom Nickel-Hydrogen Cell Development Program
........................1.483
M. E. Daman
Space Systems/Loral
R. V.
Whiţeley
Pacific Univ.
D. Debiccari
Space Systems/Loral
929254
Study of Nickel Hydrogen Battery Discharge Performance
After Charge and Stand at Warm Temperature
..............................................................1.487
S. W. Donley and
D. C
Verrier
TRW Space and Technology Group
929255
Nickel Hydrogen Battery Cell Storage Matrix Test
.........................................................1.495
James R. Wheeler and Gary W. Dodson
Eagle-Picher Industries, Inc.
929256
Post Storage Conditioning of Nickel-Hydrogen Battery Cells
......................................1.499
D. C.
Verrier
and
S. W.
Donley
TRW Space and Technology Group
929257
Comparison of Nickel-Hydrogen and Nickel-Cadmium Reliability
for Low-Earth-Orbit Batteries
...........................................................................................1.505
Douglas
Hafen
Lockheed Missiles and Space Co., Inc.
929258 Iridium™
Battery Cell Pulse Mode Characterization
......................................................1.511
John
Capu Ili,
Ron Myers, and Ian Murray
Motorola
Charles
Lune, E. William
Johnson, and Ralph Griebel
TRW Space and Technology Group
929259
A Mathematical Model for Nickel Hydrogen Cell Behavior on Space
Station Freedom
................................................................................................................1.521
Edmond
К.
Tajirian
Rockwell International
Volume
2
AEROSPACE
POWER
SPACE NUCLEAR POWER
-
THERMIONIC SYSTEMS
AND TECHNOLOGY II
929301
Investigation of Thick Grid Plasma Switches for Thermionic
System Output Voltage
.........................................................................................................2.1
N.
I. Alekseev, V. B. Kaplan, and A. M. Martsinovski
A. F. loffe Physico-Technical Institute
929302
Recrystallization Characteristics of Mo-W-Re-HfC Alloys for
Thermionic Applications
......................................................................................................2.5
Bang-Hung Tsao and Mysore L. Ramalingam
UES, Inc.
Brian D. Donovan and Thomas R. Lamp
Wright Patterson AFB
929303
Diamond Thin Film Exposure to Simulated Thermionic Reactor
Environments
......................................................................................................................2.11
Steven Adams
Wright Lab.
Robert E. Clausing
Oak Ridge National Lab.
Kaveh Tagavi and O. John
Hahn
University of Kentucky
929304
Instrumented Sheath Insulator Experiment (IFAC-SI)
.....................................................2.15
Celia
Lee, Gabor
Miskolczy, David P.
Lieb,
and Tony Witt
Thermo Electron Technologies Corp.
929306
Thermal Characteristics of Advanced Thermionics Technology
Programs at Wright Laboratory
.........................................................................................2.21
Tom Lamp and Brian Donovan
Wright Patterson AFB
REACTOR THERMOELECTRIC TECHNOLOGY II
929230
SP-1
00
Technology Scales from Kilowatts to Megawatts
...............................................2.27
Nelson A. Deane, Robert Protsik, Thomas F. Marcille, and Darryl G. Hoover
General Electric Co.
929231
SP-100 Initial Startup and Restart Control Strategy
.........................................................2.33
Frank J.
Halfen,
Kwok K. Wong, Dennis M. Switick, and Jaikaran
N.
Shukla
General Electric Co.
929232
SP-100 Controller Development Paradigm
.......................................................................2.39
Carl
N.
Morimoto, Jaikara
N.
Shukla, Kwok K. Wong, and Robert L. Otwell
General Electric Co.
929233
SP-100 Position Multiplexer and Analog Input Processor
..............................................2.45
Akbar Syed, Ken Gilliland, and Jaikaran
N.
Shukla
General Electric Co.
929235
Progress in SP-100 Tribological Coatings
........................................................................2.51
Peter J. Ring, Prodyot Roy, Gary B. Schuster, and Herbert J.
Busboom
General Electric Co.
COMPUTER SIMULATION I
929313
System Level Analysis of Spacecraft Power Systems with PSpice
...............................2.57
Daniel T. Gallagher and W. J. Billerbeck
MRJ, Inc.
929315
Electrical Power System Integrated Thermal/Electrical
Systemsimulation..............................................................................................................
2·69
W. Eric Freeman
Martin Marietta Astronautics Group
929316
Modeling and Simulation of
5
Channel Boost Voltage Regulator
..................................2.75
Jae R. Lee, Erin Mendelsohn, and Frank Linkowsky
GE Astro-Space
Div.
929317
An Averaged Modeling Technique for DC to DC Converters Developed for
the Space Station Freedom DC to DC Converter Unit (DDCU)
.......................................2.81
Bruce R. Needham
Rockwell international
929318
SPICE Models for Thermal and Vibration Analysis of Printed
Circuit Boards
......................................................................................................................2.87
Jesse E. Chen
Lockheed Missiles and Space Co., Inc.
Gary Yip
Santa Clara Univ.
BATTERIES FOR SPACE APPLICATIONS
929320
Nickel Hydrogen
Multiceli
Common Pressure Vessel Battery
Development Update
...........................................................................................................2.93
Jeffrey P. Zagrodnik and Kenneth R. Jones
Johnson Controls Battery Group, Inc.
929321
Performance Characterization of
40
Ah Common Pressure Vessel
Nickel-Hydrogen Cell
..........................................................................................................2.99
Douglas
Hafen
Lockheed Missiles and Space Co., Inc.
929326
Modified NASA Standard Nickel-Cadmium Cell Designs
..............................................2.105
Michelle
A. Manzo
NASA Lewis Research Center
929323 75
AH and
10
Boilerplate Nickel-Hydrogen Battery Designs and
Test Results
.......................................................................................................................2.111
M. E. Daman
Space Systems/Loral
M.
Manzo
NASA Lewis Research Center
R. Chang and E. Cruz
Space Systems/Loral
929324
Fruedenberg
2538
Separator: Summary of Characterization
Studies and Regression Analyses
...................................................................................2.115
Glenn C. Klein
Gates Energy Products, Inc.
BATTERIES FOR SPACE APPLICATIONS
929325
Preliminary Reliability Analyses and Assessments of the NiMH
Cell for Aerospace Batteries
.......................................................................................2.135
Glenn
С
Klein
Gafes
Energy Products, Inc.
929327 SAFT
Nickel-Cadmium Lifetime and Reliability
..............................................................2.143
Olivier Puig
SAFT
929328
On Orbit Performance of IRS1A
40
Ah Nickel Cadmium Batteries
..... 2149
P. Satyanarayana, M. S. Suresh, A. Subrahmanyam,
and B. L. Agrawal
ISRO Satellite Centre
929458
Life Evaluation of 35AH Aerospace Ni-Cd Cell with Various
Separator
............................................................................................................................2.155
Kensuke Nakatani, Yoshiaki Yano, and Hideki Fukuda
Sanyo Electric Co., Ltd.
Saburo Kuwajima
National Space Development Agency of Japan
929459
Qualification Testing and Cycling of Electrochemically
Impregnated i2Ah Nickel Cadmium Cells
.......................................................................2.159
K. Murugesan S. Arvamudhan,
N.
R.
Pillai,
and M. J. Nair,
Vikram Sarabhai Space Centre
P. Satyanarayana, Sadananda
Kini,
A. Subrahmanyam, and B. L. Agrawal
ISRO Satellite Centre
929460
Nickel-Metal Hydride and Sliver-Metal Hydride Batteries for
Aerospace Applications
...................................................................................................2.165
Dwaine
Coates,
Chris Fox, and Lee Miller
Eagle-Picher Industries, Inc.
929461
Bipolar Silver Zinc Technology for Primary Battery
Applications
.......................................................................................................................2.171
James Skelton, Alexander P. Karpinski, and Douglas Hoagland
Yardney Technical Products, Inc.
POWER MANAGEMENT AND DISTRIBUTION
929329
New Architectures for Space Power Systems
................................................................2.177
Mehrdad Ehsani, Alton D.
Patton,
and O.
Biglie
Texas ASM Univ.
929330
Large Autonomous Spacecraft Electrical Power System (LASEPS)
............................2.183
Norma R.
Dugal-Whitehead and
Yvette
В.
Johnson
NASA Marshall Space Flight Center
929331
Energy Loss Analysis of an Integrated Space Power Distribution System
.................2.189
M. David Kankam
NASA Lewis Research Center
P. F.
Ribeiro
Dordt College
929332
A Prototype Ground Support System Security Monitor for Space
Based Power System Health Monitoring
........................................................................2.195
Donald F.
Janik
and Edward W. Gholdston
Rockwell International
COMPUTER SIMULATION II
929334
Spacecraft Electrical Power System (EPS) Generic Analysis
Tools and Techniques
......................................................................................................2.201
Gladys M. Morris and Mark A. Sheppard
McDonnell Douglas Space Systems Co.
929335
Simplifying Large-Scale Power System Models for
Syf
im
Level
Performance Predictions on SPICE
.................................................................................2.207
Robert J. Spier and Mark
E. Lŕffring
Boeing Defense and Space Group
929336
Analog Simulation as Part of a Power Supply Design Analysis
Universal Platform
.............................................................................................................2.213
David
N.
MacLean
Boeing Defense and Space Group
929337
Advanced Computer Simulation as Applied to Spacecraft
Power Systems
..................................................................................................................2.219
Steven A. Chwirka
Martin Marietta Astronautics Group
SPACE
STATIC/DYNAMIC CONVERSION
COMPONENT TECHNOLOGY
929339
Free-Piston Stirling Component Test Power Converter Test
Results and Potential Stirling Applications
....................................................................2.225
G. R. Dochat
Mechanical Technology Inc.
929340
Potassium Rankine Cycle Power Conversion Systems for
Lunar-Mars Surface Power
...............................................................................................2.233
R. S. Holcomb
Oak Ridge National Lab.
929341
BIPS Turboalternator-Compressor
Characteristics and
Application to the NASA Solar Dynamic Ground
Demonstration Program
...................................................................................................2.239
Peter C. Amundsen and William B. Harper, Jr.
Allied-Signal Aerospace Co.
THERMIONICS SYSTEMS/TECH I
929127
Technical Progress in the Thermionic Fuel Element Verification Program
.................2.245
Michael G. Houts
Los Alamos National Lab.
Lester L. Begg
General Atomics
William R. Wharton
U.S.
Dept.
of Energy
Leo A. Lawrence
Westinghouse
Hanford
Co.
929130
Preliminary Testing of a Planar Converter
with Uranium Oxide Pellets in the Emitter
......................................................................2.253
Gabor
Miskolczy and David P.
Lieb
Thermo Electron Technologies Corp.
G. Laurie Hatch
Rasor Associates Inc.
929131
Dual-Radial Cell Thermionic Fuel Element
.....................................................................2.257
Charles W. Terrell
Dept.
of the Air Force
929133
Partial Radiation Insulated Diode (PRID) for Space Nuclear Power Systems
............2.263
G. O. Fitzpatrick and D. T. Allen
Advanced Energy Technology, Inc.
G. L. Hatch and J. B. McVey
Rasor Associates, Inc.
929504
Advantages and Implications of
U
233
Fueled Thermionic Space
Power Energy Conversion
........................................................ 2 267
Charles W. Terrell
Dept.
of the Air Force
WIRELESS TRANSMISSION I
929349
Wireless Power Transmission: Applications and
Technology Status
........................................................................ 2 271
Bradford W.
Schupp
Raytheon Co.
Alan M. Brown
Texas A&M Univ.
929350
Power Beaming Providing a Space Power Infrastructure
.................................2.279
J. A.
Bamberger
and E. P. Coomes
Pacific Northwest Lab.
929351
Power Beaming
-
Energy Transmission at
35
GHz and Higher
Frequencies
.......................................................................................................................2.285
Mark
Machina,
Peter
Koert,
and James
Cha
ARCO
Power Technologies, Inc.
WIRELESS TRANSMISSION II
929433
Laser Power Beaming Systems for Lunar Surface Applications
.................................2.289
S. P. Gill, P. Frye, and J. Rosemary
Rockwell International
929436
An Analysis of Power Beaming for the Moon and Mars
................................................2.293
Mark W. Stavnes
Sverdrup Technology, Inc.
929437
Power Transmission by Laser Beam from Lunar-Synchronous
Satellites to a Lunar Rover
...............................................................................................2.299
M. D. Williams, R. J. DeYoung,
G. L
Schuster, and
S. H.
Choi
NASA Langley Research Center
J.E. Dagle, E. P. Coomes, Z. I.
Antóniák,
J. A.
Bamberger,
J. M. Bates, M.
A. Chiu,
R. E.
Dodge, and J. A. Wise
Pacific Northwest Lab.
929438
Directly Solar-Pumped Iodine Laser for Beamed Power
Transmission in Space
.....................................................................................................2.305
S. H. Choi,
W. Ę.
Meador, and
J. H.
Lee
NASA Langley Research Center
AEROSPACE POWER THERMAL MANAGEMENT
929439
SP-100 Radiator Design Trade Study
..............................................................................2.313
Richard Ewell
Jet Propulsion Lab.
929440
Fabrication of Carbon-Carbon Heat Pipes for Space Nuclear
Power Applications
...........................................................................................................2.319
Richard D. Rovang, Thomas R. Palamides, and Maribeth E. Hunt
Rockwell International
929443
Joining Carbon Composite Fins to Metal Heat Pipes Using Ion
Beam Techniques
..............................................................................................................2.323
Elliot B. Kennel
Space Exploration Associates
Arnold H. Deutchman
BeamAlloy Corp.
THERMIONICS SYSTEMS/TECH II
929238
Possibilities of Using Hypostoichiometric Uranium Dioxide in
Thermionic Fuel Elements
................................................................................................2.329
A. S. Gontar, V. S. Gutnik, D. Yu. Lubimov, Yu. V. Nikolaev,
A. S. Panov, and Ye. M. Rakitskaya
Research Institute of Scientific Industrial Association Lutch
929239
Transient and Steady-State Analyses of an Electrically Heated
Topaz-ll Thermionic Fuel Element
...................................................................................2.335
Mohamed
S.
El-Genk and
Huimin Xue
University of New Mexico
929240
Effect of the Grid Aperture on the Operation of the Cs-Ba
Tacit
ron
Inverter
................................................................................................................2.343
M. S. El-Genk, V. Kaibyshev, C. Murray, B. Wemsman,
and Y. Djashiashvili
University of New Mexico
SPACE
STATIC/DYNAMIC CONVERSION
COMPONENT TECHNOLOGY
929450
Investigation of a New Heat-Pipe/Latent-Heat-Storage Receiver
Element for Solar Dynamic Space Power Systems
.......................................................2.349
Siegfried Krause
Institut für Technische Thermodynamik
929451 FFT
Analysis of Sensible-Heat Solar-Dynamic Receivers
.............................................2.359
Kurt O. Lund
University of California at San Diego
929452
Design of a Cavity Heat Pipe Receiver Experiment
.......................................................2.369
Michael G. Schneider, Mark H. Brege, and William J. Greenlee
Sundstrand
Aerospace
929453
Fault-Tolerant Adaptive Control for Load-Following in Static
Space Nuclear Power Systems
........................................................................................2.377
Alexander G. Parlos, Fetiye
Ö.
Onbasioglu, and Kenneth L. Peddicord
Texas A&M Univ.
John D.
Metzger
Grumman Corp.
POWER MANAGEMENT AND DISTRIBUTION
929454
Solar Array Voltage Regulation Study
............................................................................2.383
David J. Caldwell, Peter J.
Carian,
and David M.
Landis
The Aerospace Corp.
929456
Peak-Power Tracker Versus Direct Energy Transfer Electrical
Power Systems
..................................................................................................................2.387
W. Eric Freeman
Martin Marietta Astronautics Group
BATTERIES FOR SPACE APPLICATIONS
929488
Space Flight Demonstration of the Sodium-Sulfur Cell
................................................2.393
R.
W. Minek
Loral Aeronutronic
R. R. Chang,
C. R.
Halbach, F. Divsalar, and Ying-Yan Kuo
Space Systems/Loral
929490
Design of a Nickel-Hydrogen Battery Simulator for the NASA
EOS
Testbed
......................................................................................................................2.399
Zvi
Gur, Xuesi
Mang,
Ashok R.
Patii,
Dan M. Sable,
Bo H. Cho, and Fred
С
Lee
Virginia Polytechnic Institute and State Univ.
AEROSPACE POWER THERMAL MANAGEMENT
929477
Operation Characteristics of
a MOS
Controlled
Thyristor (MCT)
Using a Liquid Cooling Approach
...................................................................................2.405
Angel S. Reyes,
Віск
T.
Nguyen, Joseph A. Weimer,
............................................
and Jerry E. Beam
Wright Lab.
Louis Chow
University of Kentucky
929478
A Novel Electronic Cooling Concept
......................................... 2 411
R. Ponnappan
UES, Inc.
J. E. Beam
Wright-Patterson AFB
929479
Design of a Hydrogen Test Facility
.................................................................................2.417
Micheal J. Morgan and Jerry E. Beam
Wright Lab.
Maninder S. Sehmbey, Martin R.
Pais,
Louis C. Chow, and O. John
Hahn
University of Kentucky
ISOTOPIC FUELED POWER SYSTEMS AND TECHNOLOGY
929480
RTG
Impact Response to Hard Landing During Mars Environmental
Survey (MESUR) Mission
..................................................................................................2.425
Alfred
Schock
and Meera Mukunda
Fairchild Space
929482
Status of Multlcouple Technology for Modular
RTG
Application
.................................2.433
Robert
F. Hartman
General Electric Co.
929483
Dynamic Isotope Power System Design Considerations for Human
Exploration of the Moon and Mars
...................................................................................2.439
D. J. Bents, B. I. McKissock, and
C. D.
Rodriguez
NASA Lewis Research Center
J.
C. Hanlon
and P.
С
Schmitz
Sverdrup Technology, Inc.
929484
Modular DIPS, 2.5-kWe Modules for Lunar/Mars Surface
Applications, Design Point Selection Summary
............................................................2.445
William
D. Ottiná
and Maribeth E. Hunt
Rockwell International
Thomas L. Ashe
Allied-Signal Aerospace Co.
AIRCRAFT ELECTRIC POWER
929493
Comparison of All-Electric Secondary Power Systems for Civil Transport
................2.451
David D. Renz
NASA Lewis Research Center
929494
Evolution of the Boeing
777
Electrical Power System
..................................................2.455
Carl B. Tenning
Boeing Commercial Airplane Group
929495
Electromagnetic Components for Aerospace Electric Power Systems
.......................2.461
Barry J. Parker, Madan L. Bansal, and Jayant G. Vaidya
Sundstrand
Aerospace
929496
DC Side Active Power Filters for Aircraft Electric Power Systems
..............................2.467
P. Enjeti and S. Kim
Texas A&M Univ.
Volume
3
Conversion Technologies
Electrochemical Conversions
CONVERSION TECHNOLOGIES: AMTEC
929006
Characteristics
of Ceramic
Electrode for AMTEC
..............................................................3.1
A.
Kato,
К.
Tsuchida, T.
Hashimoto,
H.
Nakata,
and T. Nagata
Kyushu Univ.
929007
Advances in Materials and Current Collecting Networks for AMTEC Electrodes
...........3.7
M. A. Ryan, B. Jeffries-Nakamura, R. M. Williams,
M. L.
Underwood,
D. OOonnor, S.
Kikkert
JPL, California Institute of Technology
929008
Structure of Current Collector and Flow Characteristics of Sodium Vapor
for the Alkali Metal Thermoelectric Converter
..................................................................3.13
Kotaro
Tanaka, Akira Negishi, and Toshihisa
M
asuda
Electrotechnical Lab.
929009
Activated Transport in AMTEC Electrodes
.......................................................................3.19
R. M. Williams, B. Jeffries-Nakamura, M. A. Ryan,
M. L.
Underwood,
D. OOonnor, and S.
Kikkert
JPL, California Institute of Technobgy
HEAT ENGINES AND ADVANCED CYCLES
929010
Experimental Study on Rankine Cycle Using Ammonia-Water Mixture
as a Working Fluid
..............................................................................................................3.25
Masato
Такі,
Tsunehiko Sugiura, and Tadashi Tanaka
Chubu Electric Power Co., Inc.
Isamu
Osada, Tokuji
Matsuo, and Yasushi Mori
Mitsubishi Heavy Industries, Ltd.
929011
Installation and Early Test Results of a
3
MW Kalina
Cycle
Demonstration Plant
...........................................................................................................3.35
H. M. Leibowitz
Exergy, Inc.
N.
Zervos
Stone
&
Webster Engrg. Corp.
929012
A Combined Cycle With Gas Turbine Topping and Thermodynamically
Ideal Gas Turbine Bottoming
...........„................................................................................3.43
Frank Wicks, George Berven, and Darryl Marchionne
Union College
929013
The Future of the Closed-Cycle Gas Turbine
-
A Realistic Assessment
.......................3.51
Colin F. McDonald
General Atomics
TERRESTRIAL BATTERIES I
929017
Variable Pressure Insulating Jackets for High-Temperature Batteries
..........................3.57
P. A. Nelson,
A. A. Chilenskas,
and R. F. Malecha
Argonne National Lab.
929054
929055
929056
929057
929058
929059
929060
929146
929147
929144
929145
929061
.3.63
.3.71
.3.81
TERRESTRIAL BATTERIES II
Final Report on the Development and Operation of a iMW/8MWh Na/S
Battery Energy Storage Plant
......................................................................................
Eitehi Nomura, Kazumasa Matsui, Asao Kunimoto,
Koichiro Takashima, and Yuji Matsumaru
Yuasa Battery Co., Ltd.
Shigeru iijima and Yasushi Matsuo
NGK Spark Plug Co., Ltd.
Toshihiko Hirabayashi and Shigenobu Furuta
New Energy and Industrial Technology
Development Organizatbn, NEDO
1000
kW
Sodium-Sulfur Battery Pilot Plant: Its Operation Experience
at Tatsumi Test Facility
...............................................................................................
T. Tanaka, A. Miyoshi, T.
Tada,
Y.
Yano, and Y. Iguchi
The Kansai Electric Power Co., Inc.
S. Furuta and T. Hirabayashi
New Energy and Industrial Technology Development Organization
Nickel Hydrogen Batteries for Terrestrial Applications
...........................................
Jeffrey P. Zagrodnik, and Kenneth R. Jones
Johnson Controls Battery Group, Inc.
HEAT ENGINES AND ADVANCED CYCLES
Shape Memory Alloy Engine
..............................................................................................3.87
Makoto Tanaka
MITI
A Thermodynamic Model of an Air-Independent
IDI
Diesel Engine System
.................3.93
M. Zheng, G. T. Reader, I. J. Potter, and R. W.
Gustafson
University of Calgary
Development of an
IDI
Diesel Engine Test Facility for Use with
Non-conventional Atmospheres
........................................................................................3.99
I. J. Potter, G. T. Reader, M. Zheng, and
R. W.
Gustafson
University of Calgary
Alternative Mechanical Arrangements for Diesel and Spark-Ignition
Engines Employing Extended Expansion Strokes
........................................................3.105
J.
A. C. Kentfiekj
University of Calgary
CONVERSION TECHNOLOGIES: AMTEC
Sodium Wick Pumping Experiments for a Vapor-Fed AMTEC System
........................3.111
William G. Anderson
Thermacore, Inc.
The Effect of Radiation Shields on Power and Efficiency of an Internally
Heated AMTEC Cell
...........................................................................................................3.117
Neill Weber, James R.
Rasmussen,
and Scott L.
Olsen
Beta Power, Inc.
Reversible Thermodynamic Cycle for AMTEC Power Conversion
...............................3.123
Cronin B. Vining, Roger M. Williams, Mark L. Underwood,
M. Amy Ryan, and Jerry W. Suitor
Jet Propulsion Lab.
Operation of Low Temperature AMTEC Cells
.................................................................3.129
R. K. Sievers, T. K. Hunt, D. A. Butkiewicz, and J. E.
Pantolin
Advanced Modular Power Systems, Inc.
Fundamental Study on the Terrestrial Power Generation Plant Using
the Alkali Metal Thermo-Electric Conversion (AMTEC)
.................................................3.135
Hiroshi Tsukuda, Mitsuo Kanzaka, Akira Yamada
Hiroshi Kikuchi, and Eishiro Sasakawa
Mitsubishi Heavy Industries, Ltd.
.3.143
929062
Performance
of the Terrestrial Power Generation Plant Using
the Alkali Metal Thermo-Electric Conversion (AMTEC)
.........................................
Eishiro Sasakawa, Mitsuo Kanzaka, Akira Yamada, and
Hiroshi Tsukuda
Mitsubishi Industries, Ltd.
Masayoshi Hiramatsu
Chubu Electric Power Co., Inc.
TERRESTRIAL ELECTRIC PROPULSION
929135
Development of a Model to Predict Electric Vehicle Performance
Over a Variety of Driving Conditions
........................................................................
Frank E. Wicks and Darryl Marchionne
Union College
929136
Electric and Hybrid Electric Vehicle Study Utilizing
a Time-Stepping Simulation
.....................................................................................
Jeffrey G.
Schreiberand
Richard K. Shaltens
NASA Lewis Research Center
Donald G. Beremand
Sverdrup Technology, Inc.
929137
Stirling Engines for Hybrid Electric Vehicle Applications
.....................................
William D. Ernst
Mechanical Technology, Inc.
929138
Electric Bicycles for Commuting to Work
...............................................................
Henry Oman
Consulting Engineer
William C. Morchin
AFA
Engineers
929139
Electric Vehicle Regenerative Braking
....................................................................
Floyd A. Wyczalek
FW Lilly Inc.
Tsih C. Wang
National
Tsing Hua Univ.
929140
Magnetic
Lévitation
Technology in Ukraine
............................................................
Floyd A. Wyczalek
FW Lilly Inc.
CONVERSION TECHNOLOGIES: AMTEC
929142
Efficiency of an AMTEC Recirculating Test Cell, Experiments and Projections
.........3.197
M. L. Underwood, D. O Connor, R. M. Williams,
B. Jeffries-Nakamura, and M. A. Ryan
JPL, California Institute of Technology
929063
The Alkali Metal Thermoelectric Converter (AMTEC)
Radioisotope
Thermoelectric Generator
(RTG)
.....................................................................................3.203
Gregory A. Johnson
Rockwell International
929064
Study of Costs for a
1
KWe Sodium Heat Engine/AMTEC System
...............................3.209
Thomas K. Hunt
Environmental Research Institute of Michigan
929065
Assessment of the US Industrial Program for AMTEC Development
..........................3.215
R. K. Sievers and
T. K.
Hunt
Institute of Michigan
R. M. Williams and
M. L.
Underwood
Jet Propulsion Lab.
.3.151
.3.159
.3.167
.3.179
.3.185
.3.191
929148
929205
929150
929206
929208
929152
929210
929159
929160
929161
929162
929163
929164
HEAT PUMPS
Heat
and Mass
Transfer
Considerations In
Advanced Heat Pump Systems
...............3.221
C. B. Panchal and K. J. Bell
Argonne National Lab.
Design
and Testing of a Thermoelectric Heat Pump for Temperature
Control of a Bubble Dosimeter
........................................................................................
3·227
Keith W. Lindler
U.S. Naval Academy
Stirling Heat Pump External Heat Systems: An Appliance Perspective
.....................3.231
Andrew D. Vasilakis
Advanced Mechanical
Technology,
inc.
John F. Thomas
Oak Ridge National Lab.
Analysis of Heat Pump Performance in the Northeastern U.S.A
..................................3.239
C. S.
Reddy and S. A. Daniels
Union College
Test Results on a
5
Kilowatts-Scale Chemical Heat Pump Prototype
..........................3.245
Valko Valkov
Institut
National
de la
Recherche
Scientifique
Optimization of Generator Temperature in Two-Stage Dual-Fluid
Solar Ammonia Absorption Cycles
.................................................................................3.251
Saghiruddin and M. Altamush Siddiqui
Aligarh Muslim Univ.
Economic Analyses and Performance Study of an Absorption Cycle
with a Heat Recovery Absorber
.......................................................................................3.257
Saghiruddin and M. Altamush Siddiqui
Aligarh Muslim Univ.
FUEL CELLS FOR TERRESTRIAL APPLICATIONS
Research Issues In Molten Carbonate Fuel Cells: Pressurization
...............................3.263
M. C. Williams and
T. J.
George
US
Dept.
of Energy
Modeling Analysis on Molten Carbonate Fuel Cells and Stacks
..................................3.269
Takao Watanabe, Yoshihiro Mugikura, Yoshiyuki Izaki,
Eüchi
Koda,
Hisashi Kinoshita, and Toshio Abe
Central Research Institute of Electric Power Industry
Evaluation and Target Values for Materials Used for Advanced MCFC Stacks
..........3.275
S. Terada and
N.
Horiuchi
MCFC Research Association
IMHEX® MCFC Stack Scale-Up
.........................................................................................3.281
Thomas G. Benjamin, Gennady
L. Rezníkov,
Richard Donelson,
and Dennis
N. Burmeister
M
-С
Power Corp.
Development of an Indirect Internal Reforming Molten Carbonate
Fuel Cell Stack
...................................................................................................................3.287
Masayuki
Miyazaki,
Tatsunori Okada,
Hirornu Ide,
Syuichi Matsumoto,
and Toshio Shinoki
Mitsubishi Electric Corp.
Jitsuji Ohtsuki
The Kansai Electric Power Co., Inc.
A Hydrogen Sulflde/AIr Solid Oxide Fuel Cell
..................... ...3.293
Thomas J. Kirk and Jack Winnick
Georgia Institute of Technology
MAGNETOHYDRODYNAMICS
929199
An Overview of
MHD
Seawater Thruster Performance and Loss Mechanisms
.........3.299
Ezzat D. Doss and Howard K.
Geyer
Argonne National Lab.
929200
Experimental Determination of Magnetohydrodynamic Seawater
Thruster Performance In a Two
Tesla
Test Facility
.......................................................3.305
Basil Picologlou, Ezzat Doss, and Dave Black
Argonne National Lab.
W. Christopher Sikes
Newport News Shipbuilding and Dry Dock Co.
929201
Non-Equilibrium ionizatlon of Cesium-Seeded Helium Using Three-Energy
Level and One or More Electron Group Models
.............................................................3.311
Mostafa E. Talaat
University of Maryland
929202
Constant Area Helium-Cesium
MHD
Generator One Dimensional Model
...................3.317
Panayiotis J.
Karditsas
Culham Lab.
929203
Evaluation of Venezuela s Orinoco Bitumen as an
MHD
Fuel
......................................3.323
J.
N.
Chapman
University of Tennessee Space Institute
J. L. Ziritt and E. Jimenez G.
INTEVEP,
S.A.
929204
Disk Conversion System for
NERVA
Reactor
................................................................3.329
Fran E. Bernard
Westinghouse
Corp.
Robert R.
Holman
Consultant
William D. Jackson
HMJ Corp.
Craig R. Maxwell
STD Research Corp.
George R. Seikel
SeiTec, Inc.
FUEL CELLS FOR TERRESTRIAL APPLICATIONS
929211
Latest Progress In Fuel Cell Technology
........................................................................3.335
John Hirschenhofer
Gilbert/Commonwealth, Inc.
929212
System Analysis of an Integrated
Methanol
Steam Reformer/PEM Fuel
Cell Power Generating System
........................................................................................3.343
J. C. Amphlett, R. M.
Baumert,
R.
F. Mann, and
В.
A. Peppley
Royal Military College of Canada
929214
The Design of a
3,000
Mile Range Transit Bus Powered
by Hydrogen Fuel Cells
....................................................................................................3.349
Karl S. Young
Yung Technologies International, Inc.
929215
Fast Uninterruptable Power Supplies Using Hydrogen Fuel Cells
...............................3.357
Karl S. Young
Yung Technologies International, Inc.
929216
Performance Evaluation of
1 kW
Phosphoric Fuel Cell
.................................................3.363
V.
Recupero,
V. Akjerucci, R.
Di
Leonardo, M.
Laganà,
G.
Maggio,
and
N.
Giordano
National Council of Research Institute
929285
929286
929287
929289
929290
929291
929292
929293
929294
929353
929354
929355
MAGNETOHYDRODYNAMICS
Coat-Flred
MHD
Test Progress at the Component Development
and Integration Facility
.....................................................................................................
3·373
A. T. Hart,
T. J.
Rivers,
C. M.
Aisberg,
and
K. D.
Filius
MSE,
Inc.
MHD
Repowering of a
250 MW,
Unit of the
TVA
Allen Steam Plant
.............................3.379
J.
N.
Chapman and
R. C
Attig
The University of Tennessee Space Institute
Design and Fabrication of a
50
MWt Prototypical
MHD
Coal-Flred Combustor
.............................................................................................3.385
J. Albright, R. Braswell, G. Listvinsky, M. McAllister, S. Myrick,
D. Ono,
and H. Thorn
TRW
Prediction of Performance of Two-Phase Flow Nozzle and Liquid
Metal Magnetohydrodynamic (LMMHD) Generator for No Slip Condition
...................3.391
G.
Fabris
and L. Back
JPL, California Institute of Technology
FUEL CELLS FOR TERRESTRIAL APPLICATIONS
Fluoride-Based, Low Temperature Solid Electrolyte Fuel Cell
.....................................3.401
Seajin Oh, T. Otagawa, and M. Madou
Teknekron Sensor Development Corp.
РЕМ
Fuel Cell Stack Heat and Mass Management
.........................................................3.407
Nicholas E. Vanderborgh, Michael
С
Kimble, James R. Huff,
and James
С
Hedstrom
Los Alamos National Lab.
Reactant Gas Flow Fields in Advanced
РЕМ
Fuel Cell Designs
...................................3.413
Michael C. Kimble, and Nicholas E. Vanderborgh
Los Alamos National Lab.
Radiation Grafted and Sulfonated (FEP-g-Polystyrene)
-
An Alternative
to Perfluorinated Membranes for
РЕМ
Fuel Cells?
........................................................3.419
F.
N.
Buchi,
В.
Gupta,
M.
Rouilly, and P.
С
Hauser
Paul Sherrer Institute
A. Chápiro
CMR.S.
G. G. Scherer
Paul Scherrer Institute
Electrooxidation Behaviour of Pt/Carbon Electrocatalyst for
Phosphoric Acid Fuel Cells (PAFC)
.................................................................................3.425
E. Passaiacqua
Institute CNR-TAE
P. L. Antonucci
University of
Reggio
Calabria
M. Vivaldi,
A. Patti,
and
N.
Giordano
Institute CNR-TAE
K. Kinoshita
University of California
TERRESTRIAL THERMIONICS
A Terrestrial Solar Power Plant with Direct Energy Conversion
..................................3.433
Yu. V. Nikolaev, R. Ya. Kucherov, R.
N.
Maraginsky, and P. P. Kuznetsov
Research Institute of Scientific Industrial Assoc
Progress in the Field of Terrestrial Thermionics
..... ...........3.437
V. I. Yarygin, A. V. Vizgalov, V. V. Klepikov, S. U. Tulin
V. A. Ruzhnikov, L. R. Wolff, and W. B. Veltkamp
Energy Conversion Systems, B. V.
Combustion Heated Thermionic Systems
......................................................................3 443
W. B. Veltkamp, H. P. van Kemenade, and
W. FľZsampers
.........................
Energy Conversion Systems, B. V.
929357
Design of
а ТЕСТЕМ
Prototype
.......................................................................................3.451
V. V. Klepikov, V. I. Yarigin, G. A. Kuptsov, W. B. Veltkamp, and L. R. Wolff
Energy Conversion Systems, B. V.
929359
Orlentational Effects on the Performance of a Heat Pipe Coupled
Thermionic Converter
.......................................................................................................3.455
Timothy J. Young
Wright Lab.
Mysore L. Ramalingam and Bang-Hung Tsao
UES, Inc.
929499
Characteristics of Cylindrical Thermionic Converters with Niobium
Poly cry
stai-
Based Collectors at High Temperatures of Electrodes
.............................3.461
A. G. Kalandarishvili and V. G. Kashiya
Scientific Research and Production Association Institute
of Physics and Technology
THERMOELECTRICS
929419
improved Electrical Properties of
η
-Type
SiGe Alloys
..................................................3.465
A.
N.
Scoville and Clara Bajgar
Thermo Electron Technologies Corp.
Jan Vandersande and Jean-Pierre Fleurial
Jet Propulsion Laboratory
929420
Reduced Thermal Conductivity Due to Scattering Centers
in
p
-Туре
SiGe Alloys
.......................................................................................................3.471
John
S. Beaty
and Jonathon L.
Rolfe
Thermo Electron Technologies Corp.
Jan Vandersande and Jean-Pierre Fleurial
JPL, California Institute of Technology
929421
Thermopower and Conductivity Techniques in the Conduction
Mechanism Determination of Amorphous Chalcogenides
...........................................3.477
Dirk M.
Chiu
Victoria University of Technology
929422
Progress in Doping of Ruthenium
Suicide (Ru2Si3)
.......................................................3.489
С. В.
Vining and
С
E. Allevato
Jet Propulsion Lab.
929423
Phase
Diagram and Electrical Behavior of Silicon-rich
Iridium
Suicide
Compounds
..........................................................................................................3.493
C.
E. Allevato
and Cronin B. Vining
Jet Propulsion Lab.
929424
Search for New High Temperature Thermoelectric Materials
.......................................3.499
Thierry
Caillât, Alex
Borshchevsky, and Jean-Pierre Fleurial
Jet Propulsion Laboratory
THERMIONIC CONVERTERS
929426
The TECMDL Thermionic Converter Computer Model
..................................................3.505
John B. McVey
Rasor Associates, Inc.
Ned S. Rasor
Consultant
929427
Development of a Self-Consistent Kinetic Plasma Model
of Thermionic Energy Converters
...................................................................................3.513
G. J. Parker, W.
N.
G. Hitchon, and J. E. Lawler
University of Wisconsin-Madison
J. B. McVey
Rasor Associates, Inc.
929428
The Emitter Envelopes for Power Intensive Thermionic Fuel Elements
......................3.519
Valéry
I. Yarygin, Anatoly V. Vizgalov, Zoya B. Skrebova, and Iliya K. Rodichev
Institute of Physics and Power Engrg.
929358
Tests of a Zirconium Dioxide Electrolytic Cell in a Thermionic Diode
.........................3.523
J.-L. Desplat
Rasor Associates, Inc.
929429
Physical-Analytical Model for Cesium/Oxygen Coadsorption on Tungsten
...............3.529
Ned S. Rasor
Rasor Associates, Inc.
929430
Temperature Studies and Plasma Probing of
a Rydberg
Matter
Collector In a Thermionic Energy Converter
..................................................................3.537
Robert
Svensson
and
Leif Holmlid
Chalmers University of Technology and University of
Göteborg
929431
Thermionlcs of Molybdenum Monocrystals Being Implanted
by Cesium and Barium Ions
.............................................................................................3.543
Vladimir A. Koryukin and Victor P. Obrezumov
Kurchatov Institute
Volume
4
ENERGY SYSTEMS
NEW TECHNOLOGIES
AQUIFER THERMAL STORAGE
929019
Swedish
ATES
Applications: Experiences after Ten Years of
Development
..........................................................................................................................4.1
Olof Andersson
VBBVIAKAB
Björn Sellberg
Swedish Council for Building Research
929021
Overview of Projects with Seasonal Storage for Cooling from
Four Countries
.......................................................................................................................4.9
Verne G. Chant
Hickling Corp.
Edward Morofsky
Public Works Canada
ENERGY STORAGE TECHNOLOGY AND MAGNETIC
BEARING APPLICATIONS
929044
Influence of Magnetic Bearing Operating Constraints on
Rotor-Bearing System Performance
.................................................................................4.15
J. Krodkiewski
University of Melbourne
R. B. Zmood
RMIT
J. A. Kirk
University of Maryland
C. M. Lashley
Fare, Inc.
929045
Computer-Aided Modelling and Analysis of a Magnetic Bearing
System
..................................................................................................................................4.23
Ryan G. Johnson
U. S. Navy
Da-Chen Pang, James A. Kirk, and Davinder K. Anand
University of Maryland
929046
Versatile Diagnostic Device for Use with Magnetic Bearings
.........................................4.29
Robert R. Humphris
University of Virginia
929047
Neural Network Controller Design for a Magnetic Bearing Flywheel
Energy Storage System
......................................................................................................4.37
Roger L. Fittro and Davinder K. Anand
University of Maryland
929048
Design and Manufacturing for a Composite Multi-Ring Flywheel
..................................4.43
Douglas
M. Ries
FARE, Inc.
James A. Kirk
University of Maryland
AQUIFER THERMAL STORAGE
929049
Long-Term Performance of an Air-Conditioning System Based on
Seasonal Aquifer Chill Energy Storage
.............................................................................4.49
К. С
Midkiff,
С
E.
Brett,
К.
Balaji, and Y. K. Song
University of Alabama
929050
929051
929052
929053
929153
929154
929155
929156
929157
929193
929194
929195
929196
Experience with a Solar Heating
ATES
System for a University Building
.....................4.55
E.
Hahne
and M.
Hornberger
Universität
of Stuttgart
Results of the Third
Long-Term
Cycle at the University of Minnesota
Aquifer Thermal Energy Storage
(ATES)
Field Test Facility
...........................................4.61
Marcus C. Hoyer and Raymond L. Sterling
University of Minnesota
Heat Storage at SPEOS (Swiss
ATES
Pilot Plant): Chemical and
Microbiological Aspects and Problems
............................................................................4.67
L.
Joliién,
S. Remonnay,
and
F. Miserez
ICC
Ingénieurs Chimistes-Conseils
S.A.
High-Temperature
ATES
at the University of Utrecht, the Netherlands
.........................4.73
L.J.M. van Loon
Heidemij
Consultants
K. van
der Heide
University of Utrecht
AQUIFER THERMAL STORAGE
Well, Hydrology, and Geochemistry Problems Encountered in
ATES
Systems and Their Solutions
.............................................................................................
Ε. Α.
Jenné
Pacific Northwest
Lab.
O. Andersson
VBBVIAKAB
A.
Willemsen
IF
Technology
Injection of CO2 for the Inhibition of Scaling in
ATES
Systems
.....................................4.89
Michael Koch and Wolfgang Ruck
Universität
of Stuttgart
Microbiological and Environmental Effects of Aquifer Thermal Energy Storage
.........4.95
Maurizio
Adinotfi and Wolfgang Ruck
Universität
of Stuttgart
Geohydrologie
Characterization for Aquifer Thermal Energy Storage
........................4.101
Stephen H. Hall and John R. Raymond
Pacific Northwest Lab.
Prediction of Long-Term Operational Conditions for Single-Well
Groundwater Heat Pump Plants
......................................................................................4.109
Stig
Niemi
So
rensen
and
Jan Reff
strup
Technical University of Denmark
AQUIFER THERMAL STORAGE
PHREEQM-2D: A Computer Model to Calculate Geochemlcal
Reactions During Transport of Groundwater;
Modei
Description and
Application to the Utrecht University
ATES
...................................................................4.115
A. Willemsen
IF Technology
Conformai
Flow Models for Warm and Cold Storage in Aquifers
................................4.125
Johan Claesson
and
Göran Hellström
University of Lund
H20TREAT: An Aid for Evaluating Water Treatment Requirements for
Aquifer Thermal Energy Storage
............................. .............4.131
L. W. Vail, E. A. Jenne, and L. E. Eary
Pacific Northwest Lab.
Exergy Analysis of Aquifer Thermal Energy Storages
..................................................4.137
M. A. Rosen
Ryerson Polytechnical Institute
F. C. Hooper
University of Toronto
929197
Review of the Aquifer Seasonal Thermal Energy Storage Building
HVAC System at the Melville, New York, Mid-Island Mail Facility
................................4.143
Thomas J. Marseille
Pacific Northwest Lab.
Douglas A. Wilke
Douglas A. Wilke Architect-Engineer
929198
Monitoring Energy Consumption at the Canada Centre
ATES
Site
.............................4.149
Edward L. Morofsky
Public Works Canada
Robert Cataford
Sciemetric Instruments Inc.
Cameran
Mirza
Strata Engrg. Corp.
NEW TECHNOLOGIES FOR ENERGY UTILIZATION:
SUPERCONDUCTIVITY I
929271
Recent Advances in High-Temperature Superconductor Wire Fabrication
and Applications Development
........................................................................................4.155
John R. Hull and Kenneth L.
Uherka
Argonne National Lab.
929272
A High Temperature Superconducting Impulse Generator
...........................................4.161
James R. Locker and Stephen Geers
IAP Research, Inc.
929273
Magnetic Energy Storage Devices for Small Scale Applications
.................................4.165
B. Kumar
University of Dayton Research Institute
T. E. Gist
Wright-Patterson AFB
929377
Reluctance Motor Employing Superconducting Magnetic Flux Switches
...................4.171
R. L. Spyker and E. J. Ruckstadter
Wright-Patterson AFB
THERMAL STORAGE I
929275
Coordinative
Complex Compounds for Efficient Storage of Polar
Refrigerants and Gases
....................................................................................................4.177
Uwe
Rockenfeller, Paul Sarkisian, and Lance D. Kirol
Rocky Research
929277
Experimental Determination of In Situ Utilization of Lunar Regolith for
Thermal Energy Storage
...................................................................................................4.183
Scott W.
Richter
Sverdrup Technology, Inc.
NUCLEAR FISSION AND FUSION POWER
929280
Gas-Cooled Reactor Opportunities in the 21st Century
................................................4.189
Colin F. McDonald
General Atomics
929281
Towards a
50
Percent Efficient Nuclear Power Plant
....................................................4.195
Z. P. Tilliette
Commissariat
à l Energie Atomique
929282
MHTGR Inherent Heat Transfer Capability
......................................................................4.205
Jonathan M. Berkoe
Bechtel National, Inc.
929283
929284
929361
929364
929365
929366
929367
929368
929371
929373
929410
Modular HTGR
Gas
Turbine Power
Plant
.
Robert W.
Schleicher
General
Atomics
David
D.
Kapich
Kapich Engrg.
Klaus T. Etzel
General
Atomics
Aspects of Fusion Reactor Blankets
........
Panayiotis
J.
Karditsas
Culham
Lab.
THERMAL MANAGEMENT OF ENERGY SYSTEMS
Thermodynamlc Optimization with a Finite Number of Heat Intercepts
for Cryogenic Systems with Parameters Stepwise Continuous
.....................
G. Bisio
University of Genoa
Bounds of Thermal Stability of Infinite Cylindrical Structures with
Non-Uniform Internal Heat Generation
..............................................................
M. A. Gadalla
University of Alabama
.4.211
.4.217
.4.223
.4.229
MARINE ENERGY
The Design, Construction and Testing of
a Non Air-Breathing
Diesel
Engine Research Facility for Autonomous Underwater Vehicle Applications
............4.235
J. G. Hawley
Royal Navy Engrg. College
SJ.
Ashcroft
and M.A. Patrick
University of Exeter
A Study of Underwater Power Systems
..........................................................................4.241
J. G. Hawley
Royal Navy Engrg. College
G. T.
Reader
University of Calgary
A Density-Weighted Multi-Phase Model for Turbulent Diffusion Flames
....................4.247
S. H. Chan and M. M. M. Abou-Ellail
University of Wisconsin-Milwaukee
Computer Simulations of Closed Liquid Metal Combustor Fluid Flow
........................4.259
K. A. Kodimer, L. A. Parnell, R. S. Nelson, and P. J.
Papin
San Diego State Univ.
THERMAL STORAGE II
What are the Potential Benefits of Including Latent Storage in
Common
Wallboard?..........................................................................................
T. K. Stovall and
J. J. Tomlinson
Oak Ridge
National
Lab.
Energy
and Exergy Analysis of
Systems
for Electrical
Energy
Production
and Heating Purposes at Various Temperatures
............. .......
G. Bisio
University of Genoa
NEW TECHNOLOGIES FOR ENERGY UTILIZATION:
ADVANCED AND INNOVATIVE CONCEPTS
Thermodynamic Analysis of Combined Plants Utilizing Helium Turbine
with Nuclear Heating and Liquid Hydrogen Refrigerating
...............................
.4.265
.4.271
G. Bisio and
N.
Cerullo
University of Genoa
.4.277
929411
Advanced Experimental Method for Self-Optimizing Control System to a
New Energy Converce Plant
.............................................................................................4.283
Victor V. Vasiliev
V. I. Lenin
99412
Demand-Side Management Implications of Electrically-Based
Manufacturing Technologies
...........................................................................................4.289
F. T. Sparrow
Purdue Univ.
P. S. Schmidt
University of Texas at Austin
929413
Progress and Results In Zero-Point Energy Research
..................................................4.297
Moray B. King
Eyring Corp.
929414
A Redefinition of the Energy
Ansatz,
Leading to a Fundamentally New
Class of Nuclear Interactions
...........................................................................................4.303
T. E. Bearden
Association of Distinguished American Scientists
929415
The Use of Mirror Image Symmetry In Coil Winding, Applications and
Advantages In Magnetic Field Generation
......................................................................4.311
Toby Grotz
Theoretical Electromagnetic Studies and Learning Association, Inc.
ALTERNATIVE FUELS
929416
RF Plasma Ignition System Concept for Lean Burn Internal
Combustion Engines
........................................................................................................4.315
Thomas J. Bonazza, Kurt L. VanVoorhies, and James E. Smith
West Virginia Univ.
929418
Solid State Electrochemical Cell for NOx Reduction
.....................................................4.321
Marshalla M. Wright and James E. Smith
West Virginia Univ.
929502
Analysis of RF Corona Discharge Plasma Ignition
........................................................4.327
Kurt L. VanVoorhies, Thomas J. Bonazza, and James E. Smith
West Virginia Univ.
NEW TECHNOLOGIES FOR ENERGY UTILIZATION:
ADVANCED AND INNOVATIVE CONCEPTS
929469
Electrically Induced Explosions in Water
.......................................................................4.335
Gary L. Johnson
Kansas State Univ.
929470
Novel Means of Hydrogen Production Using Dual Polarity Control and
Walter Russell s Experiments with Zero Point Energy
..................................................4.339
Toby Grotz
Theoretical Electromagnetic Studies and Learning Association, Inc.
Tim Binder
University of Science and Philosophy
Ron Kovac
Mountain States Mining
929471
Solid State
Isotopie
Power Source for Computer Chips
...............................................4.345
Paul M. Brown
IsoGen, Inc.
929472
An Enhanced Quad-Disc Electrostatic Generator
..........................................................4.351
Donald A. Kelly
Space Energy Association
929474
The Electronic Heat Engine
..............................................................................................4.357
Harold Aspden
University of Southhampton
Volume 5
Policy Impact/Renewable Resource Systems
Stirling Engines
STIRLING CYCLE ANALYSIS
929022
Further Evaluations of Low-Temperature Difference Stirling
Engine Characteristics
.........................................................................................................5.1
O. R. Fauvel, G. T. Reader, and G. Walker
University of Calgary
929024
Mechanical Efficiency Considerations in the Design of an Ultra
Low Temperature Differential Stirling Engine
....................................................................5.7
J. R. Senft
University of Wisconsin
929025
Stability Analysis of Free Piston Stirling Engine Power Generation System
................5.13
Z. X.
Fu
and S. A. Nasar
University of Kentucky
Mark
Rosswurm
Cummins Electronics Co.
929066
An Adiabatic Approach for the Design and the Response-to-Load
Evaluation of Free-Piston Stirling Engines
.......................................................................5.23
Giovanni
Benvenuto
University of
Genova
Filippo De
Monte
University of
L
Aquila
STIRLING CYCLE MODELS
929026
The Thermodynamics of Stirling Engines Revisited: The Relative
Merits of Hot Zone or Cold Zone Work Extraction
...........................................................5.33
J. A. C
Kenţfield
University of Calgary
929027
The Power Formula for Atmospheric Stirling Engines
....................................................5.41
Ivo
Kolin
University of Zagreb
Paolo
Lista
and
Vincenzo Naso
University of Rome
929028
HFAST
-
A Harmonic Analysis Program for Stirling Cycles
............................................5.47
S. C
Huang
Mechanical Technology, Inc.
929029
Comparison of GUMPS and HFAST Stirling Engine Code
Predictions with Experimental Data
..................................................................................5.53
Steven M. Geng and Roy
С
Tew
NASA Lewis Research Center
929030
Simple Vector Analysis of Stirling Machine s Performance
...........................................5.59
Naotsugu Isshiki
Ninon Univ.
929031
Summary of Simulation Models for Stirling and Vuilleumier Cycle
Machines and Characteristic Analyses
.............................................................................5.69
Hiroshi Sekiya and Fusao Terada
Sanyo Electric Co., Ltd.
Iwao Yamashita
MITI
929497
Analysis of Integrated Heat Pumps by the Null Engine Concept
..............................5.155
Theodor Finkelstein
Stirling Technology Co.
929498
Isothermal Sinusoidal Analysis of Balanced Compound Vullleumler Heat Pumps
....5.161
Theodor
Finkelstein
Stirling Technology Co.
929174
The Development of a Low Vibration, Long Life Pulse Tube Employing
Flexural Bearings
..............................................................................................................5.167
Daniel B.
Olsen
Ball Aerospace Systems Group
Peter Riggle
Stirling Technology Co.
David
Gedeon
Gedeon
Associates
929175
Computer Analysis of an Adlabatlc Stirling Cryocooler Using a
Two-Phase Two-Component Working Fluid
...................................................................5.173
David A. Renfroe and Che Man Cheung
University of Arkansas
STIRLING SOLAR TERRESTRIAL I
929176
Design, Fabrication, and Testing of a
30
kWt Screen-Wick Heat-Pipe
Solar Receiver
...................................................................................................................5.185
Charles E. Andraka
Sandia
National Labs.
David A. Wolf
Dynatherm Corp.
Richard B. Diver
Sandia
National Labs.
929177
Design, Fabrication and Testing of a
1
5-kW Gas-Fired Liquid-Metal Evaporator
.......5.191
Douglas R. Adkins and K. Scott Rawlinson
Sandia
National Lab.
929178
Boiling Behavior of Sodium-Potassium Alloy in a Bench-Scale Solar Receiver
........5.201
J. B. Moreno,
C. E.
Andraka, and T. A. Moss
Sandia
National Labs.
929179
Stirling Engine
—
Approach for Long-Term Durability Assessment
...........................5.209
Michael T.
Tong
Sverdrup Technology, Inc.
Paul A. Bartolotta, Gary R. Halford, and Alan D. Freed
NASA Lewis Research Center
929180
Characterization of Transients of Direct Solar Insolation Based on
One-Minute Data
................................................................................................................5.215
Brad A. Ross
Stirling Technology Co.
James M. Bates and
Neis
R
.
Larson
Batteile
Pacific Northwest Lab.
929181
The CPG 5-kW, Dish-Stirling Development Program
....................................................5.221
J. R.
Bean
Cummins Power Generation
R. B.
Diver
Sandia
National Lab.
STIRLING SOLAR TERRESTRIAL II
929184
Update on the Advanced Stirling Conversion System Project for
25 kW
Dish Stirling Applications
.....................................................................................5.229
Richard K. Shaltens, Jeffrey G.
Schreiber,
and Wayne A. Wong
NASA Lewis Research Center
.5.237
.5.243
.5.253
.5.261
929186
Assessment of
25
kW
Free-Piston Stirling Technology Alternatives
for Solar Applications
................................................................................................
Raymond M. Erbeznik, Maurice A. White, L. Barry Penswick,
Ronald E. Neely, Darren C.
Ritter
Stirling Technology Co.
David A. Wallace
Westinghouse
Hanford
Co.
EFFICIENCY/CONSERVATION II
929266
Considerations In Designing a Recovery Steam Generator for
Incineration Plants
....................................................................................................
U. Ghezzi, L.
Degli Antoni Ferri,
and
S.
Pasini
Politecnico di Milano
929267
Energy Conservation In Snow-Melting
System
on Railway Tracks
Using Feed Forward Control
....................................................................................
Kazuhisa Sawase
Railway Technical Research Institute
Yasuo Kurosaki
Tokyo Institute of Technology
Naotsugu Isshiki
Ninon Univ.
Takashi Shimizu
East Japan Railway Co.
929268
High Voltage, High Power Switched Mode Power Supply for
Ion Production in ESP
..............................................................................................
G.
Liberati
ENELC.R.T.N.
L. Cincinelli
MagneTek S.p.A.
929269
Efficiency Improvement Related to the Application of an IFGT System
..............
Farina
Francesco, Avanzini Pier Giulio
Ansaldo
Ricerche Sri
929270
Potential Benefits from Applying Electric Vehicle Technology to
Engine Driven Vehicles
.............................................................................................
Frank Wicks
Union College
STIRLING COMPONENT TECHNOLOGY I
929260
Overview of the NASA Lewis Component Technology Program
for Stirling Power Converters
..........................................................................................5.283
Lanny G. Thieme and Diane M. Swec
NASA Lewis Research Center
929261
HOTS to WATTS: The FPSE Linear Alternator System Re-Invented
...........................5.289
John A. Corey and George A. Yarr
Clever Fellows Innovation Consortium, Inc.
929262
Tradeoff Between Magnet Volume and Tuning Capacitor in a Free Piston
Stirling Engine Power Generation System
.....................................................................5.295
Z. X.
Fu
and S. A. Nasar
University of Kentucky
Mark
Rosswurm
Cummins Electronics Co.
929263
M
-Н
Characteristics and Demagnetization Resistance of
Samarium-Cobalt Permanent Magnets to
300
С
..... 5.303
J. M. Niedra
Sverdrup Technology, Inc.
.5.267
.5.277
929264
A Free-Piston Stirling Engine/Linear Alternator Controls and Load
Interaction Test Facility
....................................................................................................5.309
Jeffrey S.
Rauch
Sverdrup Technologies, Inc.
M. David
Kankam and Walter Santiago
NASA Lewis Research Center
Frank
J. M
adi
Sverdrup Technologies, Inc.
929265
Dynamic Analysis of Free-Piston Stirling Engine/Linear
Alternator-Load System
-
Experimentally Validated
......................................................5.315
M. David Kankam
NASA Lewis Research Center
Jeffrey S.
Rauch
Sverdrup Technology, Inc.
Walter Santiago
NASA Lewis Research Center
ENVIRONMENTAL IMPACTS
929187
The New Environmentalism
.............................................................................................5.325
Herschel Specter
New York Power Authority
929188
Reduction in Global Warming due to Fuel Economy Improvements
and Emissions Control of Criteria Pollutants: New U.S.
Light-Duty Vehicles
(1968-1991)......................................................................................5.329
Mark E. Pitstick and
Danilo J.
Santini
Argonne National Lab.
Hemant Chauhan
University of Delaware
929189
The Stabilization of CO2 Level in the Atmosphere
.........................................................5.335
H. A.
Härtung
Consultant
929190
Urban Warming and Energy Consumption in Tokyo Metro Area
.................................5.341
T. Saitoh
Tohoku Univ.
T. Shimada
NKK Steel
Соф.
T. Hisada
Tohoku Univ.
929191
A Comparison of Carbon Dioxide Removal Strategies Applied to
Natural Gas Power Plants
.................................................................................................5.349
M. A. Syed, S. M. Masutani, G. C. Nihous, and L. A.
Vega
Pacific International Center for High Technology Research
CM. Kinoshita
University of Hawaii
929192
Projected Impact of Deep Ocean Carbon Dioxide Discharge on
Atmospheric CO2 Concentrations
....................................................................................5.353
G. C
Nihous, Y. Mori, S. M. Masutani, and L. A.
Vega
Pacific International Center for High Technology Research
С. М.
Kinoshita
University of Hawaii
RENEWABLE RESOURCE SYSTEMS
929405
Possibilities of Sugarcane as an Energy Feedstock
.....................................................5.359
Pio
С.
Lobo,
Emerson
F. Jaquaribe,
and Jonas P.
Andrade
Universidade Federal da Paraíba
929380
The Analysis of Solar Application on Building Daylightfng Design
Strategy In Subtropical Area
............................................................................................
S·371
K. H. Yang
Natbnal Sun Yat-Sen Univ.
Shyh
Ta, Tu
Taiwan Power Co.
STIRLING COMPONENT TECHNOLOGY II
929383
Magnetic Bearings lor Free-Piston Stirling Engines
.....................................................5.381
P. W. Curwen
Mechanical Technology, Inc.
D. P. Fleming
NASA Lewis Research Center
D. K. Rao and D. S. Wilson
Mechanical Technology, Inc.
929384
Free-Piston Stirling
Convertor
Dynamic Gas Bearings
.................................................5.387
Florin Dimofte
NASA Lewis Research Center
Kenneth A.
Liebler
Magnebit Corp.
929385
Transient Liquid Phase Diffusion Bonding of Udimet
720
for Stirling
Power Converter Applications
.........................................................................................5.393
Donald L.
Mittendorf
and William G. Baggenstoss
Allied-Signal Aerospace Co.
929386
Pulsed Single-Blow Regenerator Testing
.......................................................................5.399
J. C
Oldson and T. R. Knowles
Energy Science Labs., Inc.
J.
Rauch
Sverdrup Technology
929387
Regenerator Elements for Internal Combustion Stirling Engine
..................................5.4%
Shinji Moriya and Naotsugu Isshiki
Nihon Univ.
Susumu Kikuchi
TOKIMEC Co., Inc.
STIRLING POWER GENERATION I
929389
Application of the Fluidyne in Developing Countries
....................................................5.411
L. Yu, R. Fauvel, G. Reader, and G. Walker
University of Calgary
929390
Study on Atmospheric Stirling Engine NAS-1
................................................................5.417
Hiroichi Watanabe, Naotsugu Isshiki
Nihon Univ.
Mitsuhiro Ohtomo and Kuniya Watanabe
Tohoku Electric Power Co., Inc.
Masumi Sagae
Nihon Univ.
Minoru
Hokutoh
Fujikoshi Co., Inc.
929391
Enhanced Design fora Miniature Stirling Machine
........................................................5.423
Noboru Kagawa
Natbnal Defense Academy
Katsumasa Araoka and Toshio Otaka
Toshiba Corp.
929393
Stirling Bottoming Cycle for the Gas Turbine Exhaust Streams of
Pipeline Compressor Stations
.........................................................................................5.431
G. Walker, J. Kremer, R. Fauvel, G. Reader, and E. R. Bingham
University of Calgary
STIRLING POWER GENERATION II
929395
Proof of Concept of a Magnetically Coupled Stirling Engine-Driven Heat Pump
.......5.437
John A. Shonder
Oak Ridge National
Laö.
Gong Chen and Jarleth McEntee
Sunpower, Inc.
929396
NASA Lewis Stirling
SPRE
Testing and Analysis with Reduced Number
of Cooler Tubes
.................................................................................................................5.443
Wayne A. Wong, James E. Cairelli, Diane M. Swec,
Thomas J. Doeberling, and Thomas F.
Lakatos
NASA Lewis Research Center
Frank J. Madi
Sverdrup Technology, Inc.
929398
Double-Act ing Stirling Engine with the Inner Heat Exchangers
...................................5.449
T. A. Alexandravichus
Lithuanian Academy of Sciences
STIRLING HEAT TRANSPORT SYSTEM TECHNOLOGY
929399
Heat-Pipe Heat Transport System for Stirling Space Power Converter
.......................5.455
Donald L.
Alger
Sverdrup Technology, Inc.
929400
Simple Analysis of Nickel Transport in Heat Pipes of Stirling Engine
Power Conversion Systems
.............................................................................................5.461
Leonard K. Tower
Sverdrup Technology, Inc.
929402
Study on Stirling Engine Combustor
..............................................................................5.467
Hidenori Koseki, Michio Fujiwara, and Teruo Sigimoto
Mitsubishi Electric Corp.
929403
Management of the CO2 Produced in Fossil Fuelled Stirling
Engine Power Systems
.....................................................................................................5.477
J. Mathews, G. T. Reader, and G. Walker
University of Calgary
929404
Energy Source Selection for Stirling Engine Driven AUV s
..........................................5.483
I. J. Potter, G. T. Reader, and G. Walker
University of Calgary
STIRLING CYCLE LOSS UNDERSTANDING
929462
Overview of NASA Supported Stirling Thermodynamic Loss Research
.....................5.489
Roy C. Tew and Steven M. Geng
NASA Lewis Research Center
929463
Transition of Oscillatory Flow in Tubes: An Empirical Model for
Application to Stirling Engines
........................................................................................5.495
T. W.
Simon
University of Minnesota
M. Ibrahim and M. Kannapareddy
Cleveland State Univ.
T. Johnson
University of Minnesota
G. Friedman
Pacific Gas and Electric
929464
Heat Transfer in Oscillating Flows with Sudden Change in Cross Section
.................5.503
Mounir Ibrahim and Waqar Hashim
Cleveland State Univ.
Roy
С
Tew and James E. Dudenhoefer
NASA Lewis Research Center
929465
M.I.T.
Stirling-Cycle Heat Transfer Apparatus
................................................................5.509
Joseph L. Smith Jr., John H. Lienhard V,
Alexander K. Tziranis, and Yung Ho
Massachusetts Institute of Technology
929466
Visualization of Entry Flow Separation for Oscillating Flow in Tubes
.........................5.517
Songgang
Qiu and Terrence W. Simon
University of Minnesota
929467
A Model of In-Cylinder Heat Transfer with Inflow-Produced Turbulence
....................5.523
Alan A. Kornhauser
Virginia Polytechnic Institute and State Univ.
929468
Thermodynamic Loss at Component Interfaces in Stirling Cycles
..............................5.529
Joseph L. Smith, Jr. and Michael Romm
Massachusetts Institute of Technology
|
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spelling | Intersociety Energy Conversion Engineering Conference 27 1992 San Diego, Calif. Verfasser (DE-588)5070697-4 aut Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 1 Aerospace power Warrendale, Pa. Soc. of Automotive Engineers 1992 528 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier (DE-588)1071861417 Konferenzschrift gnd-content (DE-604)BV009553478 1 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006311964&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 |
subject_GND | (DE-588)1071861417 |
title | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 |
title_auth | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 |
title_exact_search | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 |
title_full | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 1 Aerospace power |
title_fullStr | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 1 Aerospace power |
title_full_unstemmed | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference IECEC-92, San Diego, CA, August 3 - 7, 1992 1 Aerospace power |
title_short | Proceedings of the 27th Intersociety Energy Conversion Engineering Conference |
title_sort | proceedings of the 27th intersociety energy conversion engineering conference iecec 92 san diego ca august 3 7 1992 aerospace power |
title_sub | IECEC-92, San Diego, CA, August 3 - 7, 1992 |
topic_facet | Konferenzschrift |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=006311964&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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