“…For details about this subject matter, refer to review papers. For example, dynamics and evolution of thin liquid films [52,53], spreading of surfactants at thin liquid films [54], structural evolution of drying droplets of biological liquids [55,56], condensation and coalescence of droplets [57], wetting and spreading effects [58,59,60], modelling dewetting of evaporating thin films of nanoparticle suspensions [61], nanostructures at boundaries of drying droplets and films [62], organized structures of particles on substrate [63,64,65,9,66,67], inkjet-printed photonic crystal structures [13], evaporation of thin films of colloidal solutions [68], self-assembly of 3D structures of nano-and microparticles [69], hydrothermal waves in evaporating sessile droplets and effect of substrate properties [70], structures of particles appearing at moving contact line [71], mass transport in evaporating droplets [72,9,73], stain geometry during evaporation of surfactant solution [74], evaporation of nanoparticleladen droplets [75], control of Marangoni convection in liquid films [76], hydrodynamics in thin liquid films [77], properties and applications of liquid marbles (droplets wrapped by microand nanoparticles) [78], heat and mass transfer near liquid-gas interface on heated substrates [79], methods for self-assembly of monolayers of colloidal particles [80], mitigating, suppression, and use of coffee-ring effect [43,81], wetting and evaporation effects [82], deposits appearing at substrate after drying of multicomponent droplet...…”