The flotation separation of water-soluble salt minerals has to be conducted under the
condition of saturation in brines which represents a challenging but exciting topic of colloid …

Due to the increased demand for wearable devices, there has been extensive research on
flexible energy storage devices (eg, batteries and supercapacitors) and bio-signal …

Non-polarizable models for ions and water quantitatively and qualitatively misrepresent the
salt concentration dependence of water diffusion in electrolyte solutions. In particular …

Nanofluids are suspensions of nanometer-sized particles which significantly modify the
properties of the base fluids. Nanofluids exhibit attractive properties, such as high thermal …

The earth-abundant magnesium resource and aqueous electrolyte make aqueous
magnesium-ion batteries (AMIBs) a promising post-lithium-ion battery technology to …

Abstract Intercalated γ-Bi 2 MoO 6/graphene nanosheet composites (BMO/GNCs) were
prepared by vacuum-assistant and solvothermal technique. In BMO/GNCs, BMO …

We present a hybrid osmotic heat engine (OHE) system that uses draw solutions with an
organic solvent for enhanced thermal separation efficiency. The hybrid OHE system …

Molecular thermodynamic association parameters for the bulk and nano-vanadyl sulfate
were determined by the conductometry in aqueous solution at various temperatures. The …

Organic solvent forward osmosis (OSFO) is an emerging separation process, which can
realize simultaneous concentration of pharmaceutical ingredients and solvent recovery. In …

The viscosity of water under an external electric field of 0.00–0.90 V/nm was studied using
both molecular dynamics simulations and atomistic modeling accounting for intermolecular …