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A Martian global climate model with gas-phase chemistry, transport and surface deposition of chlorine species

dataset
posted on 2024-10-25, 09:48 authored by Kylash RajendranKylash Rajendran, Paul StreeterPaul Streeter, Stephen LewisStephen Lewis, Manish PatelManish Patel, Maria Duffy, James HolmesJames Holmes, Kevin Olsen, Oleg Korablev
<p dir="ltr">This dataset contains information on the atmospheric fields of Mars, as simulated by a Mars Global Circulation Model (MGCM) that has been extended to include gas-phase chlorine chemistry. The data has been used to study the dynamics and gas-phase photochemistry of chlorine species in the Martian atmosphere, as well as to investigate the possible surface distribution of chlorine species that adsorb onto the surface from the atmosphere.</p><p dir="ltr">The data included here covers the output from a simulation of a single Mars Year (Mars Year 35). Further information about the dataset can be found in the included reference document 'Dataset_Introduction.pdf'</p>

Funding

ST/W002949/1

ST/V002295/1

ST/Y006054/1

ST/Y005929/1

ST/X006549/1

ST/Y000234/1

ST/W00268X/1

ST/R001405/1

Planetary Science at The Open University, 2023-26

Science and Technology Facilities Council

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ST/T002069/1

ST/Y000196/1

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Research Group

  • Space
  • Physics

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    Faculty of Science, Technology, Engineering and Mathematics (STEM)

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