Scientific and Technical Aerospace Reports Volume 38 July 28, 2000

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