You are a professor in the field of building fires in civil engineering please help me polish the following text to make it suitable for SCI journalsDuring fire testing the migration of moisture in co

During fire tests, the migration of moisture in concrete from high temperature to low temperature areas is primarily driven by vapor pressure in the high temperature region. When exposed to high temperatures during a fire, moisture in concrete undergoes a phase change and transforms into water vapor. The expansion of vapor volume leads to an increase in vapor pressure within the concrete, causing high-pressure vapor to diffuse towards the low-pressure area (low temperature area). As the vapor diffuses, its temperature gradually decreases, resulting in condensation into liquid water, which continues to accumulate in the low temperature area. This phenomenon facilitates the diffusion of moisture from the high temperature area to the low temperature area. The migration of moisture in concrete during a fire is a critical factor in understanding the behavior of concrete structures under fire conditions