NASA's Stardust mission flew through the coma of comet Wild 2 in January 2004, capturing dust grains as it did so. The grains were returned safely to Earth in January 2006, and are in the process of being distributed to investigators. As members of the Spectroscopy Preliminary Examination Team, we are preparing to analyse Stardust grains. Our contribution is to measure the spectrum of the grains between 200 nm (in the near ultraviolet) and 800 nm (near infrared). The purpose of the measurement is to provide an additional technique for characterizing the grains, one that is complementary to other spectroscopic techniques and one that produces results that can be matched directly with spectra acquired remotely (with telescope or spacecraft in...
Photometric and spectrophotometric studies of asteroids and comets are in progress to address questi...
Mid-infrared absorption spectra of powdered achondrites are compared with the astronomical spectra o...
Interplanetary dust pervades the inner Solar System, giving rise to a prominent glow above the horiz...
Results from the preliminary examination of Stardust samples obtained using various spectroscopic me...
A new UV and visible reflectance microspectroscopy technique has been applied to cometary samples fr...
Infrared spectra of components (CAI, matrix etc.) from type 3 carbonacous chondrites (Allende, Ornan...
Dust particles released from comet 81P/Wild-2 were captured in silica aerogel on-board the STARDUST ...
Silicate dust is ubiquitous in a multitude of environments across the cosmos, including evolved oxyg...
On January 2, 2004 the Stardust spacecraft completed a close flyby of comet Wild2 (P81). Flying at a...
Since comets originated during the formation of the solar system, the processes of solar system form...
Dust particles released from comet 81P/Wild-2 were captured in silica aerogel on-board the STARDUST ...
The primary objective of STARDUST is to collect coma samples from comet 8lP/Wild 2. These samples we...
Stardust is an approved NASA mission that will collect large numbers of cometary particles and retur...
On January 2, 2004, the Stardust spacecraft successfully encountered the Wild-2 comet. The Dust Flux...
In January 2006, the Stardust mission will return the first samples from a solid solar system body b...
Photometric and spectrophotometric studies of asteroids and comets are in progress to address questi...
Mid-infrared absorption spectra of powdered achondrites are compared with the astronomical spectra o...
Interplanetary dust pervades the inner Solar System, giving rise to a prominent glow above the horiz...
Results from the preliminary examination of Stardust samples obtained using various spectroscopic me...
A new UV and visible reflectance microspectroscopy technique has been applied to cometary samples fr...
Infrared spectra of components (CAI, matrix etc.) from type 3 carbonacous chondrites (Allende, Ornan...
Dust particles released from comet 81P/Wild-2 were captured in silica aerogel on-board the STARDUST ...
Silicate dust is ubiquitous in a multitude of environments across the cosmos, including evolved oxyg...
On January 2, 2004 the Stardust spacecraft completed a close flyby of comet Wild2 (P81). Flying at a...
Since comets originated during the formation of the solar system, the processes of solar system form...
Dust particles released from comet 81P/Wild-2 were captured in silica aerogel on-board the STARDUST ...
The primary objective of STARDUST is to collect coma samples from comet 8lP/Wild 2. These samples we...
Stardust is an approved NASA mission that will collect large numbers of cometary particles and retur...
On January 2, 2004, the Stardust spacecraft successfully encountered the Wild-2 comet. The Dust Flux...
In January 2006, the Stardust mission will return the first samples from a solid solar system body b...
Photometric and spectrophotometric studies of asteroids and comets are in progress to address questi...
Mid-infrared absorption spectra of powdered achondrites are compared with the astronomical spectra o...
Interplanetary dust pervades the inner Solar System, giving rise to a prominent glow above the horiz...