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Formation of Methanol via Fischer-Tropsch Catalysis by Cosmic Iron Sulphide

Formation of Methanol via Fischer-Tropsch Catalysis by Cosmic Iron Sulphide

por Gerard Pareras | Ago 20, 2024 | Publication

In the extreme conditions of the interstellar medium, cosmic FeS surfaces act as unexpected chemical catalysts, driving the elusive synthesis of methanol and shedding light on its mysterious abundance across the cosmos. Chemical reactions in the gas phase of the...
Single-atom catalysis in space II. Ketene–acetaldehyde–ethanol and methane synthesis via Fischer-Tropsch chain growth.

Single-atom catalysis in space II. Ketene–acetaldehyde–ethanol and methane synthesis via Fischer-Tropsch chain growth.

por Gerard Pareras | Ago 20, 2024 | Publication

Here is the second chapter of true catalysis in space! Simulations indicate that ethanol and FT by-products can form through Fischer-Tropsch synthesis in astrophysical environments by single atom Fe on silica. Fundamental and aplied knowledge at once! The presence of...
Single-atom catalysis in space: Computational exploration of Fischer–Tropsch reactions in astrophysical environments

Single-atom catalysis in space: Computational exploration of Fischer–Tropsch reactions in astrophysical environments

por Gerard Pareras | Dic 11, 2023 | Publication

True catalysis in space! Simulations indicate that methanol can form through Fischer-Tropsch synthesis in astrophysical environments by single atom Fe on silica. Fundamental and aplied knowledge at once!. Gas-phase chemistry at extreme conditions (low densities and...
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