Recent Studies on Drying-Related Phenomena: Compression, Formation of Solid Films, Deformation of Interfaces and Generation of Spontaneous Flows in Drying Suspensions

  • INASAWA Susumu
    Graduate School of Bio-Applications and Systems Engineering, Tokyo University of Agriculture and Technology Department of Chemical System Engineering, Tokyo University of Agriculture and Technology Department of Applied Physics and Chemical Engineering, Tokyo University of Agriculture and Technology

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  • 溶媒蒸発にともなう塗膜内での圧縮,固体膜形成,界面変形および自発流れの諸現象
  • 印刷講座(第3講)溶媒蒸発にともなう塗膜内での圧縮,固体膜形成,界面変形および自発流れの諸現象
  • インサツ コウザ(ダイ3コウ)ヨウバイ ジョウハツ ニ トモナウ トマク ナイ デ ノ アッシュク,コタイマク ケイセイ,カイメン ヘンケイ オヨビ ジハツ ナガレ ノ ショ ゲンショウ

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<p>Drying of suspensions has been widely used in industrial processes. Involatile components are concentrated during evaporation of solvents, which induces precipitation of solutes or packing of suspended particles. Evaporation also causes deformation of liquid-air or liquid-liquid interfaces and flows in drying liquid films. They are correlated to others in a complicated manner and fundamental understanding is still necessary. In this manuscript, we provide a short review on recent studies on drying-induced phenomena, especially on drying suspensions.</p>

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