孔隙表面的粗糙度可控。模型可再生而多次重复使用。
该模型假设孔隙表面亲水，各种尺寸的孔隙都对束缚水总量有贡献。
A model is used to assume that pore surface is water wet, and all size of pore has contribution to the total number of bound water.
结果表明，水合物以孔隙表面形式分解的速度要快于以粒子-粒子形式分解的速度。
Results show that hydrates dissociation in terms of pore surface is faster than that of particle by particle.
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