The formation of fiber networks and the resulting rheological properties of supramolecular soft materials are dramatically influenced when the volume of the system is reduced to a threshold. Unlike un-confined systems, the formation of fiber networks under volume confinement is independent of temperature and solute concentration
The influence of a nonionic surfactant polyoxyethylene sirbitan monooelate on the structure of the f...
Three-dimensional fiber networks were created from an organogel system consisting mainly of elongate...
Low molecular weight gelators are able to form nanostructures, typically fibers, which entangle to f...
The rheological properties of supramolecular soft functional materials are determined by the network...
The rheological properties of a hierarchically structured supramolecular soft material are mainly de...
This article gives an overview of the current progress of a class of supramolecular soft materials c...
Three-dimensional fiber networks were created from an organogel system consisting mainly of elongate...
The engineering of soft functional materials based on the construction of three-dimensional intercon...
Crystalline spherulitic fiber networks are commonly observed in polymeric and supramolecular functio...
Thin films of molecular gels formed in a confined space have potential applications in transdermal d...
Colloidal assemblies, biopolymer networks, membranes, and many other soft materials present interact...
Low-molecular mass organic gelators self-organizing into three-dimensional fiber networks within org...
Low-molecular mass organic gelators self-organizing into three-dimensional fiber networks within org...
This thesis explores the equilibrium, mechanical, thermodynamic, and non-equilibrium properties of s...
The properties of a hydrogel are controlled by the underlying network that immobilizes the solvent. ...
The influence of a nonionic surfactant polyoxyethylene sirbitan monooelate on the structure of the f...
Three-dimensional fiber networks were created from an organogel system consisting mainly of elongate...
Low molecular weight gelators are able to form nanostructures, typically fibers, which entangle to f...
The rheological properties of supramolecular soft functional materials are determined by the network...
The rheological properties of a hierarchically structured supramolecular soft material are mainly de...
This article gives an overview of the current progress of a class of supramolecular soft materials c...
Three-dimensional fiber networks were created from an organogel system consisting mainly of elongate...
The engineering of soft functional materials based on the construction of three-dimensional intercon...
Crystalline spherulitic fiber networks are commonly observed in polymeric and supramolecular functio...
Thin films of molecular gels formed in a confined space have potential applications in transdermal d...
Colloidal assemblies, biopolymer networks, membranes, and many other soft materials present interact...
Low-molecular mass organic gelators self-organizing into three-dimensional fiber networks within org...
Low-molecular mass organic gelators self-organizing into three-dimensional fiber networks within org...
This thesis explores the equilibrium, mechanical, thermodynamic, and non-equilibrium properties of s...
The properties of a hydrogel are controlled by the underlying network that immobilizes the solvent. ...
The influence of a nonionic surfactant polyoxyethylene sirbitan monooelate on the structure of the f...
Three-dimensional fiber networks were created from an organogel system consisting mainly of elongate...
Low molecular weight gelators are able to form nanostructures, typically fibers, which entangle to f...