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Astrochemistry the issue of molecular complexity in astrophysical environments
This paper aims at summarizing most of present ideas that are explored by astrochemists to investigate the chemistry taking place in various astronomical environments, with emphasis on the particular conditions which are met in space. Topics covered includes: Astrochemistry in the context of modern sciences, The bottom-up approach, Gas-phase processe, The top-down approach and Biomolecules.
Author(s): M. De Becker
62 Pages 
Sulfur Ice Astrochemistry A Review of Laboratory Studies
The review by Duncan V. Mifsud and other authors points at the role which sulfur plays in the special world of astrochemistry as an element of paramount importance to biological systems and planetary geology. A pdf of laboratory studies involving sulfur-bearing molecules include spectroscopy and results from experiments on thermal and photochemical processing. Charged particle bombardment and radiolysis of sulfur ice analogues are discussed for a better understanding of the behavior of sulfur in extraterrestrial environments. The current document concludes with proposed further research directions and continues to highlight the importance of sulfur in astrochemical processes.
Author(s): Duncan V. Mifsud, Zuzana Kanuchova, Péter Herczku, Sergio Ioppolo
38 Pages
Atmospheric Chemistry Lecture Notes by Prof. Jesse Kroll
This is a lecture note by Prof. Jesse Kroll, focusing on chemical transformations in trace species of Earth's atmosphere. The note highlighted how human activity impacts both air quality and climate-from covering major concepts such as photochemistry and ozone-depleting compounds to aerosol chemistry. The note provides a comprehensive summary of what drives atmospheric chemistry, from sources and sinks of greenhouse gases to names and processes. The paper is designed for better understanding of the atmospheric processes concerning anthropogenic influences and their implication in environmental science.
Author(s): Prof. Jesse Kroll
NA Pages