Techniques for analysis of organic compounds in returned comet nucleus samples are described. Interstellar, chondritic and transitional organic components are discussed. Appropriate sampling procedures will be essential to the success of these analyses. It will be necessary to return samples that represent all the various regimes found in the nucleus, e.g., a complete core, volatile components (deep interior), and crustal components (surface minerals, rocks, processed organics such as macromolecular carbon and polymers). Furthermore, sampling, storage, return, and distribution of samples must be done under conditions that preclude contamination of the samples by terrestrial matter
The primary objective of STARDUST is to collect coma samples from comet 8lP/Wild 2. These samples we...
Carbonaceous chondrites (CC) preserve a diverse range of organic matter formed within cold interstel...
Comets are relics from the formation of the solar system. During their formation, the comets capture...
Abstract. The Stardust Mission collected samples from Comet 81P/Wild 2 on 2 Jan 2004 and returned th...
The origin of organic compounds detected in meteorites and comets, some of which could have served a...
The flybys of now four cometary nuclei revealed bodies with seemingly diverse topography and morphol...
The NASA Stardust mission to comet 81P/Wild-2 returned to Earth in January 2006 carrying captured co...
Comets are primitive conglomerates of the solar system containing a mixture of frozen gases, refract...
Organics found in comet 81P/Wild 2 samples show a heterogeneous and unequilibrated distribution in a...
Organic matter exists in comets (most notably in 81P/Wild 2 [Stardust], 67P/Churyomov- Gerasimenko (...
Organic materials isolated from carbonaceous meteorites provide us with a record of pre-biotic chemi...
Abstract Synchrotron based soft X-ray micro-analysis was performed on particles extracted from the S...
Abstract. Cometary organics are of great interest because these materials represent a reservoir of t...
In-situ study of comet 1P/Halley during its 1986 apparition revealed a surprising abundance of organ...
Chondrites and comets have accreted primitive materials from the early solar system. Those materials...
The primary objective of STARDUST is to collect coma samples from comet 8lP/Wild 2. These samples we...
Carbonaceous chondrites (CC) preserve a diverse range of organic matter formed within cold interstel...
Comets are relics from the formation of the solar system. During their formation, the comets capture...
Abstract. The Stardust Mission collected samples from Comet 81P/Wild 2 on 2 Jan 2004 and returned th...
The origin of organic compounds detected in meteorites and comets, some of which could have served a...
The flybys of now four cometary nuclei revealed bodies with seemingly diverse topography and morphol...
The NASA Stardust mission to comet 81P/Wild-2 returned to Earth in January 2006 carrying captured co...
Comets are primitive conglomerates of the solar system containing a mixture of frozen gases, refract...
Organics found in comet 81P/Wild 2 samples show a heterogeneous and unequilibrated distribution in a...
Organic matter exists in comets (most notably in 81P/Wild 2 [Stardust], 67P/Churyomov- Gerasimenko (...
Organic materials isolated from carbonaceous meteorites provide us with a record of pre-biotic chemi...
Abstract Synchrotron based soft X-ray micro-analysis was performed on particles extracted from the S...
Abstract. Cometary organics are of great interest because these materials represent a reservoir of t...
In-situ study of comet 1P/Halley during its 1986 apparition revealed a surprising abundance of organ...
Chondrites and comets have accreted primitive materials from the early solar system. Those materials...
The primary objective of STARDUST is to collect coma samples from comet 8lP/Wild 2. These samples we...
Carbonaceous chondrites (CC) preserve a diverse range of organic matter formed within cold interstel...
Comets are relics from the formation of the solar system. During their formation, the comets capture...