Confinement-induced structural rearrangements in supported self-assembled surfactant
layers in aqueous salt solutions are investigated using classical density functional theory …

The transition from compact to extended configuration in ionic surfactant layers under the
influence of salt, surfactant surface density, and temperature is studied using the classical …

Self-assembly is widely seen as the method of choice for the bottom-up manufacture of
supra-colloidal aggregates. Surfactants have been used extensively to appreciate …

Oligomeric surfactants consist of three or more amphiphilic moieties which are connected by
spacer groups covalently at the level of headgroups. It provides a possible route to bridge …

Surfactant-templated materials are created through self-assembly in solutions containing
both surfactant micelles and an inorganic species. The resulting materials are composites …

We present a study of the self-assembly of charged surfactants by a combination of
molecular simulations and anomalous small-angle X-ray scattering (ASAXS). Solvent-free …

With the aid of pH variation, direct transformation of a “1− 1” cationic− anionic surfactant pair
to a “1− 2” cationic− anionic surfactant pair was attained in the system of …

Molecular self-assembly has become a versatile approach to create complex and functional
nanoarchitectures. In this work, the self-assembly behavior of an anionic surfactant (sodium …

Great strides have been made in the past few decades to gain a fundamental understanding
of self-assembly of simple surfactant systems. However, industrial formulations are often …

Recent studies have shown how surfactants, well beyond their huge impact in our everyday
life, have become the key tool to manipulate surface properties in order to fulfill new …