Influence laws of jump density on Stefan phase change model of thermal dissociation hydrate

Key Points

• The jump density significantly affects the thermal dissociation process of hydrates, determining phase change efficiency and dynamics.
• Key evidence shows that variations in jump density impact hydrate stability under thermal conditions, leading to complex phase behaviors.
• Modeling of phase changes utilized the Stefan phase change model, revealing intricate interactions during thermal dissociation of hydrates.
• Findings indicate the need for a deeper understanding of molecular interactions, emphasizing the significance of jump density in hydrate research.