The concurrent self-assembly of new 1,3,5-trisamide-cyclohexane-based low molecular weight hydrogelators and various surfactants in water leads to the formation of self-assembled fibrillar networks with encapsulated micelles. This prototype system presents an example of orthogonal self-assembly, that is, the independent formation of two different supramolecular structures, each with their own characteristics that coexist within a single system
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Gelation in water-based systems can be achieved in many different ways. This review focusses on ways...
Gelation in water-based systems can be achieved in many different ways. This review focusses on ways...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
The orthogonal self-assembly of multiple components is a powerful strategy towards the formation of ...
The orthogonal self-assembly of multiple components is a powerful strategy towards the formation of ...
The orthogonal self-assembly of multiple components is a powerful strategy towards the formation of ...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Gelation in water-based systems can be achieved in many different ways. This review focusses on ways...
Gelation in water-based systems can be achieved in many different ways. This review focusses on ways...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
The orthogonal self-assembly of multiple components is a powerful strategy towards the formation of ...
The orthogonal self-assembly of multiple components is a powerful strategy towards the formation of ...
The orthogonal self-assembly of multiple components is a powerful strategy towards the formation of ...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Interpenetrating networks (IPN) consist of two or more networks of different components which are en...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Self-assembly of small molecular components holds great promises as a bottom-up approach for nano-ob...
Gelation in water-based systems can be achieved in many different ways. This review focusses on ways...
Gelation in water-based systems can be achieved in many different ways. This review focusses on ways...