Self-assembled amphiphiles are more common in the realm of aqueous systems than in organic solvents. Their scope has now been expanded with the advent of 'hydrophobic amphiphiles' of p-conjugated–alkyl systems, which show various self-assembled phases similar to classical amphiphiles
An amphiphilic C-60-derivative, AFE, characterized by the presence of the chiral fragment Of L-acety...
The synthesis of a series of co-oligomer amphiphiles by RAFT and their self-assembly behavior in wat...
The self-assembly of amphiphilic molecules in solution is a ubiquitous process in both natural and s...
Self-assembled amphiphiles are more common in the realm of aqueous systems than in organic solvents....
A study on self-assembly of anisotropically substituted penta-aryl fullerenes in water has been repo...
Amphiphiles are synthetic or natural molecules with the ability to self-assemble into a wide variety...
The ability of low molecular weight amides to support amphiphile self-assembly is shown to be a gene...
Supramolecular assembly can yield ordered structures by taking advantage of the cumulative effect of...
The synthesis of a series of co-oligomer amphiphiles by RAFT and their self-assembly behavior in wat...
Self-assembly has been recognised as a ubiquitous aspect of modern chemistry. Our understanding and ...
Fullerene molecule covalently functionalized with 12 carboxylic acid groups on its periphery was syn...
The combination of the hydrophobic fullerene core with hydrophilic functional groups of both ionic a...
Amphiphilic molecules self-assemble in solvents because of the differential solvation of the hydroph...
The understanding of self-assembly processes is important for fabrication of well-defined structures...
An amphiphilic C60-derivative, AFE, characterized by the presence of the chiral fragment of L-acetyl...
An amphiphilic C-60-derivative, AFE, characterized by the presence of the chiral fragment Of L-acety...
The synthesis of a series of co-oligomer amphiphiles by RAFT and their self-assembly behavior in wat...
The self-assembly of amphiphilic molecules in solution is a ubiquitous process in both natural and s...
Self-assembled amphiphiles are more common in the realm of aqueous systems than in organic solvents....
A study on self-assembly of anisotropically substituted penta-aryl fullerenes in water has been repo...
Amphiphiles are synthetic or natural molecules with the ability to self-assemble into a wide variety...
The ability of low molecular weight amides to support amphiphile self-assembly is shown to be a gene...
Supramolecular assembly can yield ordered structures by taking advantage of the cumulative effect of...
The synthesis of a series of co-oligomer amphiphiles by RAFT and their self-assembly behavior in wat...
Self-assembly has been recognised as a ubiquitous aspect of modern chemistry. Our understanding and ...
Fullerene molecule covalently functionalized with 12 carboxylic acid groups on its periphery was syn...
The combination of the hydrophobic fullerene core with hydrophilic functional groups of both ionic a...
Amphiphilic molecules self-assemble in solvents because of the differential solvation of the hydroph...
The understanding of self-assembly processes is important for fabrication of well-defined structures...
An amphiphilic C60-derivative, AFE, characterized by the presence of the chiral fragment of L-acetyl...
An amphiphilic C-60-derivative, AFE, characterized by the presence of the chiral fragment Of L-acety...
The synthesis of a series of co-oligomer amphiphiles by RAFT and their self-assembly behavior in wat...
The self-assembly of amphiphilic molecules in solution is a ubiquitous process in both natural and s...
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