Session 7: Carbon-based dustConference theme: Observations, Theory, and Laboratory ExperimentsThe possibility that complex organics are a major component of interstellar dust is discussed. Comparison between astronomical infrared spectra and laboratory spectra of amorphous carbonaceous materials suggests that organics of mixed aromatic-aliphatic structures are widely present in circumstellar, interstellar, and galactic environments. Scenarios for the synthesis of these compounds in the late stages of stellar evolution is presented. We also explore the relationship between interstellar organic dust and complex organics found in the Solar System.published_or_final_versio
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Abstract. Over the last decade, we have made great strides in better understanding dust composition ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
The discovery of rapid synthesis of complex organic solids in the late stages of stellar evolution h...
ASP Conference Series, v. 451: 9th Pacific Rim Conference on Stellar AstrophysicsSubmittedThe last 1...
Special issue Papers from ESLAB 2008 Symposium Cosmic Cataclysms and LifeInfrared spectroscopic obse...
Stars in the late stages of evolution are able to synthesize complex organic compounds with aromatic...
Planetary explorations have revealed that complex organics are widely present in the solar system. A...
Planetary explorations have revealed that complex organics are widely present in the solar system. A...
Proceedings of the International Astronomical Union, 2008, v. 4 n. S251, p. 175-184Through the techn...
Studying the chemical and isotopic composition of interstellar ice and dust provides insight into th...
Recent isotopic analysis of meteorites and interplanetary dust has identified solid-state materials ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Abstract. Over the last decade, we have made great strides in better understanding dust composition ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
The discovery of rapid synthesis of complex organic solids in the late stages of stellar evolution h...
ASP Conference Series, v. 451: 9th Pacific Rim Conference on Stellar AstrophysicsSubmittedThe last 1...
Special issue Papers from ESLAB 2008 Symposium Cosmic Cataclysms and LifeInfrared spectroscopic obse...
Stars in the late stages of evolution are able to synthesize complex organic compounds with aromatic...
Planetary explorations have revealed that complex organics are widely present in the solar system. A...
Planetary explorations have revealed that complex organics are widely present in the solar system. A...
Proceedings of the International Astronomical Union, 2008, v. 4 n. S251, p. 175-184Through the techn...
Studying the chemical and isotopic composition of interstellar ice and dust provides insight into th...
Recent isotopic analysis of meteorites and interplanetary dust has identified solid-state materials ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...
Abstract. Over the last decade, we have made great strides in better understanding dust composition ...
Carbon, and molecules made from it, have already been observed in the early Universe. During cosmic ...