Cda

dust fluxes at 1AU: 160 laboratory calibration: 300 response to latex impacts: 300 Circumstellar dust disks dust production: 228 Edgeworth Kuiper belt: 229 evolution: 200 MgSi03: 329 properties: 200 Collisional evolution, interplanetary dust: 309, 232 Colorimetric observations, cometary dust: 269 Comet Encke association with Taurid complex asteroids: 78, 80 Taurid meteors: 10 Comet Hale-Bopp dust coma observations: 239 observations of dust coma: 239 polarisation of scattered light: 274 Comet Halley, generation of meteoroids: 6, 8 Comet Tempel-Tuttle, Leonid meteors: 4, 61 Cometary dust colorimetric observations: 269 composition: 255 emission rates: 259 evolution: 269 IR Observations: 259 ISO observations: 255

modelling of light scattering: 320 near Earth fluxes: 343 polarimetric observations: 269 porosity: 274

PROGRA2 observations: 274 Composition, cometary dust: 255, 281 interplanetary dust: 333, 372 meteorites: 379,392 Cosmic dust

Canterbury group, move to Open University: vii composition: 281 DUNE mission: 180 ER Observations: 281 laboratory capture, aerogel: 400 PAM/IDA detector: 194 Raman spectroscopy studies: 400 Cratering laboratory dust studies: 305 near Earth fluxes: 343

DRVS, extrasolar planet detection: 220 DUNE mission: 180 Dust Coma, comet Hale-Bopp: 239 Dust fluxes at 1 AU

CDA measurements: 160 LDEF measurements: 343 Dust in Jovian System

Galileo observations: 144 Ulysses observations: 144 Dust in Saturnian System halo orbit perturbations: 164 magnetospheric charging: 168 Dust production, circumstellar dust disks: 228 Dustball grain sizes, meteors: 23

Edgeworth-Kuiper belt cometary role: 229 Epsilon Eridani system: 224 perturbations: 224 Electrostatic acceleration

Heidelberg facility: 290 polymer-based dust: 296 Emission rates, cometary dust: 259 Epsilon Eridani system, Edgeworth-Kuiper belt: 224 Evolution circumstellar dust disks: 200

cometary dust: 269 Extrasolar planets, differential radial velocity spectroscopy (DRVS): 220

Galileo dust detector, Jovian system observation: 144 Gravitational perturbations, interplanetary dust: 359 Ground-based observations meteors, AMOR: 48,98 colorimetric, cometary dust: 269 cometary dust in IR: 259 cometary dust, ISO: 255 cosmic dust in IR: 281 meteors by radar: 19, 27, 34, 98 protoplanetary dust disks in millimetre: 216 photo-polarimetric, of Zodiacal light: 107 polarimetric, of cometary dust: 269 scattered light, interplanetary dust 129 Zodiacal light, ISO: 111

Impact weathering, asteroids: 314 Impacts on spacecraft, interplanetary dust: 372, 343 In-Situ dust measurements CDA: 160,300 DUNE mission: 180 Galileo dust detector: 144 LDEF: 343 Mars dust counter: 176 PAM/IDA detector: 194 STARDUST mission: 400 Ulysses dust detector: 144 Interplanetary dust aggregation: 309, 324, 323

biochemical compounds, formation role: 396

collisional evolution: 232, 309

collisional experiments: 309

composition 333, 372

grain aggregation: 324

gravitational perturbations: 359

impacts on spacecraft: 372

Kordylewski clouds: 368

magnetic interactions: 324

meteoroid flux modelling: 359

migration to Earth: 232

orbital modelling: 140

scattered lght oservations: 129

slicates: 333

solar cell residues: 372

sources: 136,229

IR Observations cometary dust: 259 cosmic dust: 281

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