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- | **COSMIC PAH DESCRIPTION** | + | ===== COSMIC PAH portal ===== |
- | The primary objective of the Cosmic polycyclic aromatic hydrocarbon (PAH) portal is to ease access to molecular data | + | ==== Description ==== |
- | in order to: | + | |
- | - identify these species in astrophysical environments and in extraterrestrial samples, | + | Polycyclic aromatic hydrocarbons (PAHs) and related molecular species (e.g. fullerenes) are key species in astrophysical environments. |
+ | The primary objective of the Cosmic PAH portal is to ease access to databases and tools | ||
+ | in order to:\\ | ||
- | - understand their formation pathways and their link with related molecular species such as carbon clusters and fullerenes, | + | * **Identify** these species in astrophysical environments and in extraterrestrial samples. |
+ | * **Understand** their formation pathways and their link with related molecular species such as carbon clusters and fullerenes. | ||
+ | * **Model** their evolution in astrophysical environments and their impact on the physical and chemical conditions. | ||
- | - model their evolution in astrophysical environments and their impact on the physical and chemical conditions. | + | ==== Link content ==== |
- | **The portal gathers links to:** | + | * **Molecular databases** developed by the team, both theoretical and experimental. |
- | + | * **Simulated spectra databases** for PAH infrared emission in various astrophysical environments. | |
- | - molecular databases developed by the team, both theoretical and experimental, | + | * **Spectral analysis tools** to analyze in a consistent way spectra from experiments, theoretical simulations, and astrophysical observations. |
- | + | * **Tools to model spectra** in astrophysical environments using experimental and theoretical data. | |
- | - databases of modeled spectra in astrophysical environments, | + | |
- | + | ||
- | - tools to analyze in a consistent way and model spectra from experiments. theoretical calculations, and astrophysical observations. | + | |