Hierarchical porous thin films with well-defined pore dimensions and topologies have been obtained through an evaporation induced self-assembly process. The films show a cubic ordered array of mesopores together with the presence of well-defined nanoboxes that appear homogeneously dispersed in the material. The nanoboxes are formed by controlled crystallization of NaCl during the evaporation of the solvent when the film is deposited. The pores can be selectively emptied by thermal treatment and water washing allowing the preparation of a new generation of hierarchical porous materials
Nanoporous thin polymer films have been produced by a simple two-step approach using metallo-supramo...
Mesoporous films and monoliths with different thicknesses have been synthesized through evaporation-...
Herein, a facile water-assisted templating approach, the so-called breath figures method, has been e...
Hierarchical porous thin films with well-defined pore dimensions and topologies have been obtained t...
Hierarchical porous films are formed by interconnected pores of different dimensions, and are parti...
Fabrication of hierarchical porous thin films with controlled pore dimension and shape is a current ...
International audiencePolymer films with hierarchical micro- and nano-porosities were prepared by co...
Mesoporous films are characterised by the presence of ordered porosity in the 2 to 50 nm range. Thes...
Porous structures containing pores at different length scales are often encountered in nature and ar...
Time-resolved simultaneous experiments using synchrotron radiation have been realized to study in si...
Time-resolved simultaneous experiments using synchrotron radiation have been realized to study in s...
Thin films of nanoporous tin oxide with a 3D face-centered orthorhombic nanostructure have been synt...
Hierarchical porosity in thin films obtained with the evaporation induced self-assembly method is a ...
The preparation of mesoporous nanocompartment films composed of both hollow silica capsules and sili...
Porous structures containing pores at different length scales are often encountered in nature and ar...
Nanoporous thin polymer films have been produced by a simple two-step approach using metallo-supramo...
Mesoporous films and monoliths with different thicknesses have been synthesized through evaporation-...
Herein, a facile water-assisted templating approach, the so-called breath figures method, has been e...
Hierarchical porous thin films with well-defined pore dimensions and topologies have been obtained t...
Hierarchical porous films are formed by interconnected pores of different dimensions, and are parti...
Fabrication of hierarchical porous thin films with controlled pore dimension and shape is a current ...
International audiencePolymer films with hierarchical micro- and nano-porosities were prepared by co...
Mesoporous films are characterised by the presence of ordered porosity in the 2 to 50 nm range. Thes...
Porous structures containing pores at different length scales are often encountered in nature and ar...
Time-resolved simultaneous experiments using synchrotron radiation have been realized to study in si...
Time-resolved simultaneous experiments using synchrotron radiation have been realized to study in s...
Thin films of nanoporous tin oxide with a 3D face-centered orthorhombic nanostructure have been synt...
Hierarchical porosity in thin films obtained with the evaporation induced self-assembly method is a ...
The preparation of mesoporous nanocompartment films composed of both hollow silica capsules and sili...
Porous structures containing pores at different length scales are often encountered in nature and ar...
Nanoporous thin polymer films have been produced by a simple two-step approach using metallo-supramo...
Mesoporous films and monoliths with different thicknesses have been synthesized through evaporation-...
Herein, a facile water-assisted templating approach, the so-called breath figures method, has been e...