Structure and energetics of molecular point defects in ice Ih

  • De Koning M
  • Antonelli A
  • Da Silva A
 et al. 
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We present a first-principles study of the molecular vacancy and three distinct molecular interstitial structures in ice Ih. The results indicate that, due to its bonding to the surrounding hydrogen-bond network, the bond-center (Bc) configuration is the favored molecular interstitial in ice Ih. A comparison between the vacancy and the Bc interstitial suggests that the former is the predominant molecular point defect for T approximately < 200K although a crossover scenario in which the latter becomes favored below the melting point is conceivable.

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  • Maurice De Koning

  • Alex Antonelli

  • Antonio J.R. Da Silva

  • A. Fazzio

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