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3
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Particulate Detection in the Near Earth Space Environment Aboard the Long Duration Exposure Facility LDEF: Cosmic or Terrestrial?
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11
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Study of Cosmic Dust Particles on Board LDEF and MIR Space Station
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15
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The Present Status of the Munich Dust Counter Experiment on Board of the Hiten Spacecraft
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21
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In-Situ Exploration of Dust in the Solar System and Initial Results from the Galileo Dust Detector
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29
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The NASA Solar Probe Mission: In Situ Determination of Interplanetary Out-of-the Ecliptic and Near-Solar Dust Environments
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33
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A Balloon-Borne Detector for Stratospheric Cosmic Dust Detection
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37
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Dynamic Modelling Transformations for the Low Earth Orbit Satellite Particulate Environment
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41
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Face-Dependent Impact Probabilities Upon LDEF for Heliocentric Particle Orbits
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45
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The Munich Dust Counter — A Cosmic Dust Experiment on Board of the Muses-A Mission of Japan
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49
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Collection of Stratospheric Microparticles Above the Sulfate Layer Using Balloon-Borne Collectors
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53
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A Cosmic Matter Accretion Event Around 660,000 Years Before Present Found in Two Dated, Central Pacific Cores
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57
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Preliminary Study on Neogene Microtektites in the Core Collected from North Pacific
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63
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Physical and Mineralogical Properties of Anhydrous Interplanetary Dust Particles in the Analytical Electron Microscope
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71
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Aqueous Alteration in Hydrated Interplanetary Dust Particles
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79
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The Effect of Total Pressure on Vaporization of Alkalis from Partially Molten Chondritic Material
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83
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Condensation Experiments of Mg-Silicate Minerals
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87
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Ultraviolet-Induced Amorphization of Cubic Ice and its Implication for the Evolution of Ice Grains
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91
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Simulation in Laboratory of Solid Grains Present in Space
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95
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The Infrared Spectra of Synthesized Amorphous Silicates with Compositions of Olivine and Pyroxene
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99
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Optical Constants of Kerogen from 0.15 to 40 μM: Comparison with Meteoritic Organics
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102
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Optical Constants of Basaltic Glass from 0.0173 to 50 μM
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105
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Noble Metal Enrichments in Cosmic Spherules
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109
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Studies on Isotopic Ratios of Osmium and Iridium in Cosmic Spherules Using Instrumental Neutron Activation Analysis
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113
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Structures of Amorphous Silicate Dusts Simulated by Molecular Dynamics Method
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117
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Astrophysical Interesting Compound Grains Produced by a Gas Evaporation Method
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121
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Measurement of Far-Infrared Absorption for Amorphous Silicates Between 27 and 400 μm
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125
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Laboratory Spectra of Amorphous and Crystalline Olivine: An Application to Comet Halley IR Spectrum
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131
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The Zodiacal Cloud Complex
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139
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Spatial Distribution and Orbital Properties of Zodiacal Dust
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147
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On the Gegenschein and the Symmetry Plane
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151
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Ultraviolet Observations of the Zodiacal Light and the Origin of Interplanetary Dust Grains
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155
-
Light Scattering by Dust Particles in the Outer Solar System
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159
-
Light Scattering by Solar System Dust: The Opposition Effect and the Reversal of Polarization
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163
-
The Optical Properties of Interplanetary Dust
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171
-
The Infrared Zodiacal Light
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179
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Temporal and Spatial Variations of the Atmospheric Diffuse Light
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183
-
Fine Resolution Brightness Distribution of the Visible Zodiacal Light
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187
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Interplanetary Dust Close to the Sun
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191
-
Future Observation of the F-Corona with the LASCO Coronograph Space Experiment
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195
-
Synthetic Maps of the Brightness and Polarization of the F-Corona
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199
-
Optical Properties of Interplanetary Dust in the Tangential Plane
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203
-
Scattering Calculations on the Basis of the Fredholm Integral Equation Method
-
207
-
The Scattering Matrix of Randomly Oriented Infinite Cylinders
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211
-
Asteroidal Dust and the Zodiacal Emission
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217
-
Spectroscopic Evidence of Organic Molecules Released by the Dust of Halley’s Inner Coma
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221
-
Modeling Dust Fragmentation in Comets
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225
-
The Contribution of Long Period Comets to the Interplanetary Dust Cloud
-
229
-
Long Dust Trails of Short Period Comets
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235
-
Comets as a Source of Interplanetary and Interstellar Grains
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241
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Chemical Composition of an Emanation from Comets: Identification of the 3 Micron Comet Feature
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245
-
Spectropolarimetry of Comet Halley
-
249
-
Scattering Properties of Cometary Dust Based on Polarimetric Data
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253
-
Synchronic Band and Its Implication in the Cometary Dust
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257
-
Ice Particle Emission from Cometary Analogues
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261
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The Dust in the Coma of Comet Halley
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265
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Polyoxymethylene in Cometary Dust: Laboratory Tests
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269
-
On the Anti-Tail of Comet Bradfield (1987XXIX)
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273
-
Formation Mechanisms of the Split Tail of Comet Bradfield 1987XXIX
-
277
-
Spatial Distribution and Color of Dust in Halley’s Inner Coma
-
281
-
Penetration of Hypervelocity Projectiles Into Low Density Materials
-
285
-
Polarimetric Properties of Halley’s Dust
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291
-
The Orbital Distribution and Origin of Meteoroids
-
299
-
A Study of Meteor Orbits Obtained in Japan
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303
-
The Micrometeoroid in the Upper Atmosphere
-
307
-
An Estimation of Meteoroid Flux at Outer Martian Space for Steady Meteor Streams
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311
-
The IAU Meteor Data Center in Lund
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315
-
η Lyrid Meteor Stream Associated with Comet IRAS-Araki-Alcock, 1983 VII
-
319
-
The Annual Variation of Radio Meteor Echoes Observed from 1981 to 1985
-
323
-
Lifetime of Meteor Streams Associated with Comet Halley
-
327
-
The Taurid Complex: Giant Comet Origin?
-
331
-
Mass Distribution and Bulk Density Distribution of Interplanetary Dust
-
335
-
The International Meteor Organization
-
341
-
Physical Processes on Circumplanetary Dust
-
349
-
Dust in Planetary Ring Systems
-
357
-
Reading Saturn’s Ring Spokes
-
361
-
Catastrophic Disruption of Solid Bodies by Collision — Experimental Approach —
-
367
-
Methods, Difficulties, and First Results in Laboratory Simulation of Cosmic Dust Electric Charging
-
371
-
Electrostatic Fragmentation of Irregularly Shaped Particles
-
375
-
Plasma Emission from High Velocity Impacts of Microparticles onto Water Ice
-
379
-
Velocity Distribution of Fragments in Collisional Breakup
-
383
-
Jets of Fragments from Catastrophic Break-Up and their Astrophysical Implications
-
389
-
Cometary and Asteroidal Sources of Interplanetary Dust
-
397
-
Constraints on the Parent Bodies of Collected Interplanetary Dust Particles
-
405
-
Characteristics of Interstellar and Circumstellar Dust
-
413
-
Chemical Composition of Dust Expected from Condensation Models
-
421
-
Distribution of Dust in the Disk Around Beta Pictoris
-
425
-
Off-Disk Implantation of Early Solar Wind into a Planetesimal-Dust Cloud
-
429
-
Comparison of 3 Micron Features of Trapped H<Subscript>2</Subscript>O and H<Subscript>2</Subscript>O Frost in SiO Condensate with Observed Dust Features
-
433
-
The Source Composition of Galactic Cosmic Rays as Possibly Originated from the Dust in the Circumstellar and Interstellar Space
-
437
-
Laboratory Studies of Grain Mantles in Interstellar Space
-
443
-
The Interplanetary Medium is Thriving