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This study examines how varying reaction temperatures influence the N-desorption process, along with the development of a kinetic model for the reaction. The results indicate that higher temperatures enhance the N-desorption reaction, and that the shrinking core model provides the best fit for describing the reaction kinetics. The activation energy associated with the N-desorption process is 330.52 kJ/mol.

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Kinetic Analysis of N-Desorption in Chemical Looping Ammonia Synthesis

  • 会议论文

  • 发表日期：

    2025年

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  • Zhongyuan Liu,
  • Qingbo Yu,
  • Jiatai Zhao

摘要

This study examines how varying reaction temperatures influence the N-desorption process, along with the development of a kinetic model for the reaction. The results indicate that higher temperatures enhance the N-desorption reaction, and that the shrinking core model provides the best fit for describing the reaction kinetics. The activation energy associated with the N-desorption process is 330.52 kJ/mol.