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Astrochemistry at high resolution: preface.
Faraday discussions, 2023Martin McCoustra, Chair of the Scientific Organising Committee, introduces the Faraday Discussion volume on Astrochemistry at high resolution.
M. McCoustra
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Highlights from Faraday Discussion: Astrochemistry at high resolution, Baltimore, USA, May 2023.
Chemical Communications, 2023The Faraday Discussion 'Astrochemistry at high resolution' was held at the Space Telescope Science Institute, Baltimore, United States, and online from May 31-June 2, 2023.
O. Wilkins, Divita Gupta, M. Bertin
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Advances in Space Research, 1986
Astronomers have identified some 70 molecular species in dense interstellar clouds and the envelopes expelled by evolved stars. Some 75% of these are organic, including molecules with up to 13 atoms and with weights up to 147 daltons. Elements found in interstellar compounds include H, C, N, O, S, Si, and probably Cl.
Irvine, William M., Hjalmarson, Ake
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Astronomers have identified some 70 molecular species in dense interstellar clouds and the envelopes expelled by evolved stars. Some 75% of these are organic, including molecules with up to 13 atoms and with weights up to 147 daltons. Elements found in interstellar compounds include H, C, N, O, S, Si, and probably Cl.
Irvine, William M., Hjalmarson, Ake
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Phosphine Reactivity and Its Implications for Pyrolysis Experiments and Astrochemistry.
Journal of Physical Chemistry A, 2023Despite the importance of phosphorus-bearing molecules for life and their abundance outside Earth, the chemistry of those compounds still is poorly described. The present study investigates phosphine (PH3) decomposition and formation pathways.
L. Baptista, A. A. de Almeida
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