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Origin and Evolution of Interplanetary Dust [1991]

3
Particulate Detection in the Near Earth Space Environment Aboard the Long Duration Exposure Facility LDEF: Cosmic or Terrestrial?
11
Study of Cosmic Dust Particles on Board LDEF and MIR Space Station
15
The Present Status of the Munich Dust Counter Experiment on Board of the Hiten Spacecraft
21
In-Situ Exploration of Dust in the Solar System and Initial Results from the Galileo Dust Detector
29
The NASA Solar Probe Mission: In Situ Determination of Interplanetary Out-of-the Ecliptic and Near-Solar Dust Environments
33
A Balloon-Borne Detector for Stratospheric Cosmic Dust Detection
37
Dynamic Modelling Transformations for the Low Earth Orbit Satellite Particulate Environment
41
Face-Dependent Impact Probabilities Upon LDEF for Heliocentric Particle Orbits
45
The Munich Dust Counter — A Cosmic Dust Experiment on Board of the Muses-A Mission of Japan
49
Collection of Stratospheric Microparticles Above the Sulfate Layer Using Balloon-Borne Collectors
53
A Cosmic Matter Accretion Event Around 660,000 Years Before Present Found in Two Dated, Central Pacific Cores
57
Preliminary Study on Neogene Microtektites in the Core Collected from North Pacific
63
Physical and Mineralogical Properties of Anhydrous Interplanetary Dust Particles in the Analytical Electron Microscope
71
Aqueous Alteration in Hydrated Interplanetary Dust Particles
79
The Effect of Total Pressure on Vaporization of Alkalis from Partially Molten Chondritic Material
83
Condensation Experiments of Mg-Silicate Minerals
87
Ultraviolet-Induced Amorphization of Cubic Ice and its Implication for the Evolution of Ice Grains
91
Simulation in Laboratory of Solid Grains Present in Space
95
The Infrared Spectra of Synthesized Amorphous Silicates with Compositions of Olivine and Pyroxene
99
Optical Constants of Kerogen from 0.15 to 40 μM: Comparison with Meteoritic Organics
102
Optical Constants of Basaltic Glass from 0.0173 to 50 μM
105
Noble Metal Enrichments in Cosmic Spherules
109
Studies on Isotopic Ratios of Osmium and Iridium in Cosmic Spherules Using Instrumental Neutron Activation Analysis
113
Structures of Amorphous Silicate Dusts Simulated by Molecular Dynamics Method
117
Astrophysical Interesting Compound Grains Produced by a Gas Evaporation Method
121
Measurement of Far-Infrared Absorption for Amorphous Silicates Between 27 and 400 μm
125
Laboratory Spectra of Amorphous and Crystalline Olivine: An Application to Comet Halley IR Spectrum
131
The Zodiacal Cloud Complex
139
Spatial Distribution and Orbital Properties of Zodiacal Dust
147
On the Gegenschein and the Symmetry Plane
151
Ultraviolet Observations of the Zodiacal Light and the Origin of Interplanetary Dust Grains
155
Light Scattering by Dust Particles in the Outer Solar System
159
Light Scattering by Solar System Dust: The Opposition Effect and the Reversal of Polarization
163
The Optical Properties of Interplanetary Dust
171
The Infrared Zodiacal Light
179
Temporal and Spatial Variations of the Atmospheric Diffuse Light
183
Fine Resolution Brightness Distribution of the Visible Zodiacal Light
187
Interplanetary Dust Close to the Sun
191
Future Observation of the F-Corona with the LASCO Coronograph Space Experiment
195
Synthetic Maps of the Brightness and Polarization of the F-Corona
199
Optical Properties of Interplanetary Dust in the Tangential Plane
203
Scattering Calculations on the Basis of the Fredholm Integral Equation Method
207
The Scattering Matrix of Randomly Oriented Infinite Cylinders
211
Asteroidal Dust and the Zodiacal Emission
217
Spectroscopic Evidence of Organic Molecules Released by the Dust of Halley’s Inner Coma
221
Modeling Dust Fragmentation in Comets
225
The Contribution of Long Period Comets to the Interplanetary Dust Cloud
229
Long Dust Trails of Short Period Comets
235
Comets as a Source of Interplanetary and Interstellar Grains
241
Chemical Composition of an Emanation from Comets: Identification of the 3 Micron Comet Feature
245
Spectropolarimetry of Comet Halley
249
Scattering Properties of Cometary Dust Based on Polarimetric Data
253
Synchronic Band and Its Implication in the Cometary Dust
257
Ice Particle Emission from Cometary Analogues
261
The Dust in the Coma of Comet Halley
265
Polyoxymethylene in Cometary Dust: Laboratory Tests
269
On the Anti-Tail of Comet Bradfield (1987XXIX)
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
291
The Orbital Distribution and Origin of Meteoroids
299
A Study of Meteor Orbits Obtained in Japan
303
The Micrometeoroid in the Upper Atmosphere
307
An Estimation of Meteoroid Flux at Outer Martian Space for Steady Meteor Streams
311
The IAU Meteor Data Center in Lund
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
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