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The non-equilibrium gas-surface interactions (GSI) between hot nitrogen gas and 4.3 K nitrogen ice were investigated. For this, Molecular Dynamics scattering simulations were carried out, comparing a flat and a rough aggregated surface model. The sticking probability and accommodation coefficients were determined for use in direct simulation Monte Carlo (DSMC) simulations. It was found that the sticking probability is similar for both models, but not unity despite the low wall temperature of 4.3 K. The accommodation coefficients do not indicate diffuse scattering.

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Molecular Dynamics Study of Scattering of Nitrogen from a Cryogenic Nitrogen Surface

  • 会议论文

  • 出版模式：

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  • 发表日期：

    2026年

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  • Johannes V. Diedrich,
  • Martin Grabe

摘要

The non-equilibrium gas-surface interactions (GSI) between hot nitrogen gas and 4.3 K nitrogen ice were investigated. For this, Molecular Dynamics scattering simulations were carried out, comparing a flat and a rough aggregated surface model. The sticking probability and accommodation coefficients were determined for use in direct simulation Monte Carlo (DSMC) simulations. It was found that the sticking probability is similar for both models, but not unity despite the low wall temperature of 4.3 K. The accommodation coefficients do not indicate diffuse scattering.