Hypothesis Worm-like micelles are susceptible to heating owing to the fast dynamic
exchange of molecules between micelles. Inhibition of such exchange could afford robust …

Hypothesis Ultra-long tailed zwitterionic surfactants often form aqueous wormlike elastic
micelles, whereas the shorter ones mainly exhibit spherical viscous micelles. Anionic …

Viscoelastic surfactants are able to form enormously long wormlike micelles (WLMs), which,
owing to their chain structure, demonstrate rheological behavior reminiscent of that of …

Rheometry, small-angle neutron scattering, and cryo-transmission electron microscopy were
combined to investigate the structure and properties of mixed wormlike micelles (WLMs) of …

The formation and properties of wormlike micelles composed of a surface-active surfactant N-
hexadecyl-N-methylpiperidinium bromide (C 16 MDB) and organic salt sodium salicylate …

Viscoelastic fluids based on surfactant self-assembled wormlike micelles have been in focus
over the past decade. In this work, we report wormlike micellar solutions formed in situ by …

A novel binary system consisting of a cationic surfactant and a counter ion that can form
wormlike micelles with high viscosity is proposed. Wormlike micelles based on 2 …

The viscoelastic properties of worm-like micelles formed by mixing the cationic surfactant N-
hexadecyl-N-methylpiperidinium bromide (C16MDB) with the anionic surfactant sodium …

The ability to modulate the viscoelastic behavior of wormlike micellar systems with smart
features is of great importance in both fundamental and applied science. In this paper, the …

Wormlike micelles, which are linear aggregates created by the self-assembly of surfactants,
may entangle to form dynamic three-dimensional network-like structures, endowing …