Interplanetary Dust and Zodiacal Light

Inhaltsverzeichnis

• Space observations of the zodiacal light.
• Helios zodiacal light experiment.
• Preliminary results of the helios a zodiacal light experiment.
• Pioneer 10 observations of zodiacal light brightness near the ecliptic: Changes with heliocentric distance.
• Star counts in the background sky observed from pioneer 10.
• The S10 (V) unit of surface brightness.
• Polarization of the zodiacal light: first results from skylab.
• Photometry of the zodiacal light with the balloon — borne telescope thisbe.
• OSO-5 Zodiacal Light Measurements 1969–1975.
• Evidence for scattering particles in meteor streams.
• The ultraviolet scattering efficiency of interplanetary dust grains.
• Summary of observations of the solar corona/inner zodiacal light from Apollo 15, 16, and 17.
• A temporal study of the radiance of the F-corona close to the sun.
• Measurements of the T-corona from daily OSO=7 observations.
• The thermal emission of the dust corona during the eclipse of June 30, 1973.
• The color characteristics of the earth-moon libration clouds.
• A search for forward scattering of sunlight from the lunar libration clouds.
• Presemtation of Zodiacal Light instrument aboard the D2B astronomical satellite.
• Visible and UV photometry of the gegenschein and the milky way.
• Ground-based observations of the zodiacal light.
• Polarimetry of the zodiacal light and milky way from Hawaii.
• Scattering in the earth's atmosphere: Calculations for milky way and zodiacal light as extended sources.
• Scattering layer of cosmic dust in the upper atmosphere.
• Some formulae to interpret zodiacal light photopolarimetric data in the ecliptic from ground or space.
• Discussion of the rocket photometry of the zodiacal light.
• Consequences of the inclination of the zodiacal cloud on the ecliptic.
• Method for the determination ofthe intensity of scattered sunlight per unit-volume of the interplanetary medium.
• On the visibility of the libration clouds.
• Scattering functions of dielectric and absorbing irregular particles.
• The compatibility of recent micrometeoroid flux curves with observations and models of the zodiacal light.
• In-situ records of interplanetary dust particles — methods and results.
• Preliminary results of the micrometeoroid experiment on board helios A.
• Composition of impact-plasma measured by a HELIOS-micrometeoroid-detector.
• Orbital elements of dust particles intercepted by pioneers 8 and 9.
• Flux of hyperbolic meteoroids.
• The cosmic dust environment at earth, jupiter and interplanetary space results FRO, Langley experiments on MTS, Pioneer 10, and Pioneer 11.
• Dust in the outer solar system - review of early results from Pioneers 10 and 11.
• Sources of interplanetary dust: Asteroids.
• Lunar microcraters and interplanetary dust fluxes.
• The size frequency distribution and rate of production of microcraters.
• The long term population of interplanetary micrometeoroids.
• Lunar soil movement registerd by the apollo 17 cosmic dust experiment.
• lectrostatic disruption of lunar dust particles.
• Microcraters produced by oblique incidence of projectiles.
• Measurements of Impact Ejecta Parameters in Crater Simulation Experiments.
• Impact light flash studies: Temperature, Ejecta, Vaporization.
• Submicron Particles from the Sun.
• Analysis of impact craters from the S-149 Skylab experiment.
• Micrometeorite impact craters on Skylab EXPERIMENT S-149.
• Extraterrestrial particles in the stratosphere.
• Magellan collections of large cosmic dust particles.
• Specific sources of extraterrestrial particles.
• Near-earth fragmentation of cosmic dust.
• Dust in comets and interplanetary matter.
• The production rate of dust by comets.
• Can short period comets maintain the zodiacal cloud?.
• Optical properties of cometary dust.
• The dust coma of comets.
• Dust emission from Comet Kohoutek (1973f) at large distances from the sun.
• Predicted favorable visibility conditions for anomalous tails of comets.
• Study of the anti-tail of Comet Kohoutek from an observation on 17 January 1974.
• Condensation processes in high temperature clouds.
• Mariner mission to Encke 1980.
• Meteors and interplanetary dust.
• Meteoroid densities.
• Possible evidence of meteoroid fragmentation in interplanytary space from grouping of particles in meteor streams.
• The heliocentric distribution of the meteor bodies at the vicinity of the earth's orbit.
• Fireballs as an atmospheric source of meteoritic dust.
• Interplanetary dust in the vicinity of the earth.
• Meteor radar rates and the solar cycle.
• Evolution and detectability of interplanetary dust streams.
• On the structure of hyperbolic interplanetary dust streams.
• Expected distribution of some of the orbital elements of interstellar particles in the solar system.
• Sources of interplanetary dust.
• Dynamics of interplanetary duest and related topics.
• Modeling of the orbital evolution of vaporizing dust particles near the sun.
• Orbital evolution of circum-solar dust grains.
• Temperature distribution and lifetime of interplanetary ice grains.
• Radial distribution of meteoric particles in interplanetary space.
• Rotational bursting of interplanetary dust particles.
• Lunar ejecta in heliocentric space.
• Radiation pressure on interplanetary dust particles.
• Are interplanetary grains crystalline?.
• A Technique for measuring the interstellar component of cosmic dust.
• The zodiacal light.
• In situ measurements of dust.
• Can comets be the only source of interplanetary dust?.
• Meteors.
• Final remarks.