International audienceEleven bis-ureas have been synthesized, and some of their properties are reported. Several of these compounds form supramolecular polymers in organic solvents. The self-association is shown by FTIR spectroscopy to display cooperativity at two levels. The first level of cooperativity is due to the synergistic association of the two urea functions of a single molecule. The second level of cooperativity is revealed by the fact that the formation of dimers is less favored than that of long oligomers
Moving within the supramolecular area, this PhD thesis develops four main themes. The study of forma...
From the formation of rock candy crystals, to the functionality of DNA in the cell, to the cosmic du...
International audienceIn an attempt to design urea-based Janus nanocylinders through a supramolecula...
Model compounds of unsymmetrical bis-ureas have been designed and synthesised to investigate and fur...
International audienceIt is of interest to develop two-component systems for added flexibility in th...
International audienceA new bis-urea based supramolecular polymer is reported and shown by...
1520-6106We report a detailed structural investigation of supramolecular polymers formed by hydrogen...
International audiencehe phenylurea moiety is a ubiquitous synthon in supramolecular chemis...
New self-assembling bis-urea molecules bearing an ester moiety have been synthesized and their prope...
This paper details the synthesis, characterisation and physical analyses of a series of hydrogen bon...
A few examples of monomers are known that self-assemble into various high molar mass structures in s...
Supramolecular polymers bring dynamic behavior in solution, which is impossible with discrete specie...
Moving within the supramolecular area, this PhD thesis develops four main themes. The study of forma...
The gelation properties of bis-urea compounds derived from optically pure trans-1,2-diaminocyclohexa...
The controlled self-assembly of multiple molecules into predefined architectures requires highly dir...
Moving within the supramolecular area, this PhD thesis develops four main themes. The study of forma...
From the formation of rock candy crystals, to the functionality of DNA in the cell, to the cosmic du...
International audienceIn an attempt to design urea-based Janus nanocylinders through a supramolecula...
Model compounds of unsymmetrical bis-ureas have been designed and synthesised to investigate and fur...
International audienceIt is of interest to develop two-component systems for added flexibility in th...
International audienceA new bis-urea based supramolecular polymer is reported and shown by...
1520-6106We report a detailed structural investigation of supramolecular polymers formed by hydrogen...
International audiencehe phenylurea moiety is a ubiquitous synthon in supramolecular chemis...
New self-assembling bis-urea molecules bearing an ester moiety have been synthesized and their prope...
This paper details the synthesis, characterisation and physical analyses of a series of hydrogen bon...
A few examples of monomers are known that self-assemble into various high molar mass structures in s...
Supramolecular polymers bring dynamic behavior in solution, which is impossible with discrete specie...
Moving within the supramolecular area, this PhD thesis develops four main themes. The study of forma...
The gelation properties of bis-urea compounds derived from optically pure trans-1,2-diaminocyclohexa...
The controlled self-assembly of multiple molecules into predefined architectures requires highly dir...
Moving within the supramolecular area, this PhD thesis develops four main themes. The study of forma...
From the formation of rock candy crystals, to the functionality of DNA in the cell, to the cosmic du...
International audienceIn an attempt to design urea-based Janus nanocylinders through a supramolecula...