静电场条件下环戊烷水合物在多孔介质中的相变可视化研究OA

The phase transition experiments were conducted on cyclopentane hydrates through the emulation of subsurface porous media via a microfluidic chip by means of microscopic observation,the influence of an applied electrostatic field under identical subcooling conditions on hydrate morphology,growth rate,induction time,and equilibrium temperature were ana-lyzed.The results show that the electrostatic field has the ability to alter the growth morphology of CP hydrate crystals and significantly shorten the induction time,but slightly reduce the phase equilibrium temperature.With the increase of electric field intensity,the hydrate induction time is prolonged and the phase equilibrium temperature is increased.Under the influ-ence of an electrostatic field,the growth rate of CP hydrates exhibits a noticeable enhancement.