Scientific and Technical Aerospace Reports Volume 38 July 28, 2000

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MINERALOGY, 112, 133, 229 MINERALS, 51, 102 MINES (EXCAVATIONS), 104, 112, 127, 134 MINIMUM DRAG, 20 MISS DISTANCE, 134 MIXING LAYERS (FLUIDS), 78 MOBILE COMMUNICATION SYS- TEMS, 65 MOBILITY, 9, 10, 61 MODELS, 6, 66, 78, 90, 125, 152, 163, 212 MODULATORS, 33, 79 MOISTURE CONTENT, 118, 141 MOLECULAR BEAM EPITAXY, 204 MOLECULAR CHAINS, 46 MOLECULAR CLOUDS, 222 MOLECULAR CLUSTERS, 48, 193 MOLECULAR DYNAMICS, 42, 46 MOLECULAR STRUCTURE, 46 MONOPOLES, 210 MONSOONS, 139 MONTE CARLO METHOD, 151 MOON, 229, 231 MOORING, 140 MORPHOLOGY, 233 MOTION, 159 MOTION SICKNESS, 145 MOUNTAINS, 114, 116 MOVING TARGET INDICATORS, 159 MULTIBLOCK GRIDS, 81 MULTICHANNEL COMMUNICATION, 67 MULTIDISCIPLINARY DESIGN OPTI- MIZATION, 19, 24, 36 MULTILAYER INSULATION, 30 MULTIMEDIA, 170, 171, 217 MULTIPATH TRANSMISSION, 67 MULTIPROCESSING (COMPUTERS), 163, 165, 176, 178, 179 MULTIPROGRAMMING, 176 MUONS, 209 MUSCLES, 147 ST–8 N NAKHLITES, 229 NANOSATELLITES, 65 NANOTECHNOLOGY, 177 NARROWBAND, 106 NASA PROGRAMS, 6, 10, 73, 91 NASA SPACE PROGRAMS, 77 NAVIER-STOKES EQUATION, 7, 40, 41, 47, 81, 82, 93, 96 NAVIGATION AIDS, 8 NEAR INFRARED RADIATION, 224 NETWORK CONTROL, 180 NETWORKS, 10, 148 NEURAL NETS, 15, 20, 162, 172 NEUROLOGY, 143 NEUTRINOS, 208 NEUTRON ACTIVATION ANALYSIS, 195 NEUTRON CROSS SECTIONS, 196 NEUTRON SOURCES, 195 NEUTRON SPECTRA, 195 NEUTRONS, 226 NEVADA, 133 NEXT GENERATION SPACE TELE- SCOPE PROJECT, 200 NIGHT VISION, 151, 152, 153 NITROGEN, 124 NITROGEN DIOXIDE, 128 NITROGEN OXIDES, 52, 125 NOISE MEASUREMENT, 70, 73 NOISE REDUCTION, 17, 191 NOISE SPECTRA, 188 NOISE TEMPERATURE, 84 NONDESTRUCTIVE TESTS, 33, 72, 95 NONLINEAR EQUATIONS, 202 NONLINEAR OPTICS, 90 NONLINEARITY, 55, 96, 216 NONUNIFORM MAGNETIC FIELDS, 59 NOREPINEPHRINE, 144 NORTH AMERICA, 101 NOZZLE DESIGN, 38 NOZZLE EFFICIENCY, 79 NUCLEAR ELECTRIC PROPULSION, 33 NUCLEAR INTERACTIONS, 193 NUCLEAR PHYSICS, 193, 194, 195, 196, 197, 198 NUCLEAR REACTIONS, 226 NUCLEONS, 207 NUMERICAL ANALYSIS, 3, 17, 190, 193, 216 NUMERICAL CONTROL, 71 NUMERICAL FLOW VISUAL- IZATION, 45 NUMERICAL INTEGRATION, 98, 166 NUMERICAL STABILITY, 185 NUTATION, 66 O OBJECT-ORIENTED PROGRAM- MING, 81, 161, 162, 164 OBSERVATION, 100 OCEAN COLOR SCANNER, 88 ON-LINE SYSTEMS, 216, 219 ONE DIMENSIONAL FLOW, 83 OPERATING COSTS, 12 OPERATING SYSTEMS (COMPUT- ERS), 169 OPTICAL CONTROL, 198, 233 OPTICAL EQUIPMENT, 199, 200 OPTICAL FILTERS, 87 OPTICAL MEASURING INSTRUMENTS, 90, 108, 139 OPTICAL MEMORY (DATA STOR- AGE), 154 OPTICAL MICROSCOPES, 85 OPTICAL PROPERTIES, 49, 90, 101, 200, 226 OPTICAL SWITCHING, 199 OPTICAL TRACKING, 223 OPTICAL WAVEGUIDES, 72 OPTIMAL CONTROL, 32, 181 OPTIMIZATION, 2, 3, 7, 12, 13, 14, 15, 16, 17, 44, 67, 104 OPTOELECTRONIC DEVICES, 205 ORBIT INSERTION, 228, 229 ORBITAL MANEUVERS, 229 ORBITAL SPACE TESTS, 57 ORGANIC COMPOUNDS, 129, 142 ORGANIC MATERIALS, 114 ORGANIZATIONS, 158 ORIFICES, 189, 191 OSCILLATIONS, 208 OSCILLATORS, 70 OXIDATION, 151 OXYGEN, 124 OXYGEN 18, 139 OXYGEN ATOMS, 35, 57 OXYGEN CONSUMPTION, 147 OXYGEN-HYDROCARBON ROCKET ENGINES, 91 OZONE, 98 P PACKAGES, 61, 62 PACKAGING, 60 PAINT REMOVAL, 54 PAINTS, 55, 84 PAIR PRODUCTION, 192 PANELS, 191 PARALLEL COMPUTERS, 48, 82, 177, 178 PARALLEL PROCESSING (COMPUT- ERS), 2, 22, 24, 25, 36, 47, 48, 82, 97, 165, 166, 168, 176, 177, 178, 186, 219 PARALLEL PROGRAMMING, 97, 163, 166, 178, 179 PARAMETERIZATION, 108 PARTICLE DECAY, 209 PARTICLE PRODUCTION, 194 PARTICLES, 82, 226
PATCH ANTENNAS, 74 PATHOLOGY, 98 PATTERN RECOGNITION, 68, 115 PAYLOAD CONTROL, 185 PAYLOADS, 36, 212, 227, 230 PEGASUS AIR-LAUNCHED BOOSTER, 37 PEPTIDES, 42, 145 PERFORMANCE PREDICTION, 16, 39, 179 PERFORMANCE TESTS, 56, 62, 70, 74, 151, 159, 199, 200 PERIDOTITE, 112, 229 PERSONNEL, 25, 173 PETRI NETS, 171 PHARMACOLOGY, 148 PHASE SEPARATION (MATERIALS), 203 PHASE SHIFT CIRCUITS, 63 PHONONS, 205 PHOTOCHEMICAL REACTIONS, 124, 125, 230 PHOTOLYSIS, 124 PHOTOMETERS, 68 PHOTOMETRY, 221 PHOTONICS, 60 PHOTONS, 195 PHOTONUCLEAR REACTIONS, 194, 196 PHOTOSPHERE, 232 PHOTOSYNTHESIS, 118, 127 PHYSICAL EXERCISE, 144, 146, 147 PHYSICAL OPTICS, 200, 201 PHYSICS, 205 PHYSIOLOGICAL EFFECTS, 36, 147 PHYSIOLOGY, 143 PIEZOELECTRIC CERAMICS, 76 PIEZOELECTRICITY, 76 PIGMENTS, 126 PILOT ERROR, 8 PILOT TRAINING, 8 PILOTLESS AIRCRAFT, 27, 30 PINS, 95 PIPES (TUBES), 46 PITCH (INCLINATION), 5 PIXELS, 114 PLANAR STRUCTURES, 66 PLANETARY ATMOSPHERES, 224 PLANETARY EVOLUTION, 224 PLANETARY NEBULAE, 224 PLANETARY SYSTEMS, 86 PLANT STRESS, 113, 126 PLANTS (BOTANY), 98 PLASMA CURRENTS, 202 PLASMA FOCUS, 202 PLASMA PHYSICS, 201 PLASMAS (PHYSICS), 28, 29, 90, 144, 202 PLASTIC DEFORMATION, 55 PLASTIC PROPERTIES, 96 PLASTICS, 77 PLATES (STRUCTURAL MEMBERS), 172 PLUMES, 42 POLARIZATION (WAVES), 221 POLLUTION CONTROL, 54 POLLUTION MONITORING, 124, 125 POPULATION THEORY, 184 POPULATIONS, 182, 184 PORTABLE EQUIPMENT, 18, 123 POSEIDON SATELLITE, 37 POTASSIUM, 225 POWER EFFICIENCY, 33 PRE-MAIN SEQUENCE STARS, 224 PREAMPLIFIERS, 73 PRECAMBRIAN PERIOD, 129 PRECIPITATION (METEOROLOGY), 136 PRECISION, 103 PREDICTION ANALYSIS TECH- NIQUES, 9, 39, 44 PREDICTIONS, 100, 136 PRELAUNCH SUMMARIES, 32 PREPROCESSING, 157 PRESSURE BREATHING, 147 PRESSURE EFFECTS, 4, 55, 147 PRESSURE GRADIENTS, 59 PRESSURE MEASUREMENT, 26 PRESSURE OSCILLATIONS, 80 PRESSURE RATIO, 55 PRINCIPAL COMPONENTS ANALY- SIS, 102, 109 PRINTED CIRCUITS, 76 PROBABILITY DENSITY FUNC- TIONS, 183 PROBABILITY DISTRIBUTION FUNCTIONS, 184 PROBABILITY THEORY, 25, 182, 184 PROBLEM SOLVING, 153, 219 PROCEDURES, 2, 4, 12, 16, 27, 55, 66, 96, 151, 159, 188, 212 PRODUCT DEVELOPMENT, 60, 204 PRODUCTS, 137 PROGRAM VERIFICATION (COM- PUTERS), 156, 160, 167, 170, 171 PROGRAMMING ENVIRONMENTS, 162, 163, 219 PROGRESS, 170 PROJECT MANAGEMENT, 123 PROPELLER BLADES, 189 PROPELLER DRIVE, 90 PROPELLER NOISE, 188, 189 PROPULSION SYSTEM CONFIGU- RATIONS, 21, 25, 41 PROPULSION SYSTEM PER- FORMANCE, 21, 25, 33, 41, 92 PROPYLENE, 53 PROTECTIVE CLOTHING, 150 PROTECTIVE COATINGS, 63 PROTECTORS, 67 PROTEINS, 201, 205 PROTOBIOLOGY, 142, 162 PROTOCOL (COMPUTERS), 63, 180 PROTONS, 193, 209 PROTOTYPES, 26, 68, 173 PROVING, 63, 173, 216 PULSE COMMUNICATION, 68 PURSUIT TRACKING, 149 PYROTECHNICS, 45 PYROXENES, 229 Q Q FACTORS, 72 QUADRUPOLES, 48 QUALITY, 61 QUALITY CONTROL, 157 QUANTITATIVE ANALYSIS, 52 QUANTUM CHROMODYNAMICS, 210 QUANTUM DOTS, 177 QUANTUM ELECTRONICS, 178, 205 QUANTUM MECHANICS, 211 QUASARS, 222 QUASI-STEADY STATES, 83 R RADAR, 66 RADAR DATA, 119, 137 RADAR IMAGERY, 70, 101 RADAR MEASUREMENT, 119, 136 RADAR SIGNATURES, 68 RADIANCE, 86, 87, 107, 108, 117, 138 RADIATION DETECTORS, 86 RADIATION DISTRIBUTION, 227 RADIATION MEASURING INSTRUMENTS, 30 RADIATION TRANSPORT, 201 RADICALS, 128 RADIO COMMUNICATION, 63, 67 RADIO EMISSION, 232 RADIO TRANSMITTERS, 67 RADIOACTIVE ISOTOPES, 124, 139 RADIOACTIVE MATERIALS, 45 RADIOACTIVITY, 124 RADIOISOTOPE BATTERIES, 121 RADIOMETERS, 70, 86, 108 RAIN, 9, 139 ST–9
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Scientific and Technical Aerospace
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Introduction Scientific and Technic
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Subject Divisions Table of Contents
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ground equipment and systems. For a
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Subject Categories of the Division
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48 Oceanography 139 Includes the ph
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72 Atomic and Molecular Physics 191
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Document Availability Information T
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Avail: NASA Public Document Rooms.
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NASA CASI Price Tables — Effectiv
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ALABAMA AUBURN UNIV. AT MONTGOMERY
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��
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20000061433 Pisa Univ., Dipartiment
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English; 34th; 34th Thermophysics C
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ciency of the generated derivative
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20000063509 NASA Glenn Research Cen
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05 AIRCRAFT DESIGN, TESTING AND PER
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A long tradition of aerodynamic des
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sonic and transonic cases will be p
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20000061449 British Aerospace Publi
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20000064593 NASA Langley Research C
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performance required for a proposed
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ment cost and create better product
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tion (NPSS), is focused on the inte
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surface measurement techniques used
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with emphasis on the search for lin
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20000063520 NASA Kennedy Space Cent
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primary issues for it’s adaptatio
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Footage shows the night vertical ta
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20000067665 NASA Kennedy Space Cent
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necessary for ignition modeling, or
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engine lifetime, and high power ope
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24 COMPOSITE MATERIALS ��
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ments. For the screening of liner m
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formation of a neutral, fluorescent
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20000065655 Ames Lab., IA USA Funda
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This is a second Triennial Conferen
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of completely charged PSSNa solutio
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20000064100 NASA Langley Research C
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Spacecraft in low Earth orbit (LEO)
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Pressure gradients, i.e. pressure h
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agreed that the NO(sub x) levels co
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tectural approach to extending the
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20000064078 Physics and Electronics
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20000064925 Institute for Human Fac
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20000062455 National Inst. of Stand
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Added Analysis (Risk Reduction); 6)
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shipboard electrical power generati
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20000067664 Jet Propulsion Lab., Ca
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other, The theoretical framework go
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figures compare the lift and pitchi
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ment phase demonstrate desired feat
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esolution mode with resolving power
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to track 1% or 0.5% changes was hig
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20000067643 NASA Marshall Space Fli
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37 MECHANICAL ENGINEERING ��
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solver based on overset grid techno
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20000067659 NASA Marshall Space Fli
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20000064621 Rensselaer Polytechnic
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that for a specific example of a be
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km x 1000 km). As with the nearly c
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20000064527 Analytical Imaging and
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20000064533 Austin State Univ., Dep
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20000064539 California Univ., Inst.
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in Yellowstone National Park. We ar
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terns of community hysteresis based
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tion model (DEM) fitting to the sca
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The Carolina slate belt is a 10- to
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20000063373 Los Alamos National Lab
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20000064912 New Energy and Industri
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and discusses the issues and resear
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The objective of this study was to
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distributions with engine test resu
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7.6, while the 1926 events appear t
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We investigate the compositional di
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Flight Center, USA; Moore, T. E., N
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This report presents the Applied Me
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in Goa, India, by 3 - 4 days. Wind
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51 LIFE SCIENCES (GENERAL) Includes
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20000062717 Joint Inst. for Nuclear
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during 50% (SD 4%) of the breathing
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20000064711 Massachusetts Inst. of
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The analysis of this smaller data s
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vided a functional helmet mount. Th
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61 COMPUTER PROGRAMMING AND SOFTWAR
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The goal of multi-image classificat
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20000063526 Defence Science and Tec
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85 dB amplifier design evolved by o
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20000064594 New Mexico Univ., Elect
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20000064615 NASA Ames Research Cent
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declarations with a pattern recogni
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containing point where interpolatio
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has his own responsibility, while t
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the people, documents and projects
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and experimental technology, many o
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tems. In particular this applicatio
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Over the past decade, high performa
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expensive than a single analysis. I
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20000064726 Carnegie-Mellon Univ.,
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20000064099 Teledyne Brown Engineer
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20000066597 Geophysical Observatory
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20000065633 Institute TNO of Applie
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Page 239 and 240: ecoming almost too cumbersome to be
Page 241 and 242: physical world. These are the two p
Page 243 and 244: with WFPC2 data. Tests of HSTphot
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Page 249 and 250: gas, show variations that have rema
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Page 255 and 256: 20000064089 Smithsonian Astrophysic
Page 257 and 258: A ABERRATION, 143, 198 ABRASION, 22
Page 259 and 260: COMPRESSIBLE FLOW, 83 COMPRESSION L
Page 261 and 262: FATIGUE (MATERIALS), 50, 93, 96 FAT
Page 263: LASING, 90 LATE STARS, 224 LATITUDE
Page 267 and 268: SPACE PLATFORMS, 38 SPACE PROBES, 2
Page 269 and 270: WIND PROFILES, 137 WIND TUNNEL TEST
Page 271 and 272: Brown, Andy, 38 Brown, April S., 20
Page 273 and 274: Grosvenor, C. A., 70 Grosvenor, J.
Page 275 and 276: Lu, Gui-Ying, 50 Lugg, Desmond J.,
Page 277 and 278: Robertson, Tony, 39 Robinson, Jeffr
Page 279: Warner, J. D., 63 Warren, James, 16
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Scientific and Technical Aerospace Reports Volume 38 July 28, 2000

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