Water is considered as an inert environment for the dispersion of many chemical systems.
However, by simply spraying bulk water into microsized droplets, the water microdroplets …

Micrometer-sized compartments play significant roles in driving heterogeneous
transformations within atmospheric and biochemical systems as well as providing vehicles …

Oils are hydrophobic, but their degradation is frequently found to be accelerated in the
presence of water microdroplets. The direct chemical consequences of water–oil contact …

The use of external electric fields as green and efficient catalysts in synthetic chemistry has
recently received significant attention for their ability to deliver remarkable control of reaction …

In charged water microdroplets, which occur in nature or in the lab upon ultrasonication or in
electrospray processes, the thermodynamics for reactive chemistry can be dramatically …

It has been recently discovered that chemical reactions at aqueous interfaces can be orders
of magnitude faster compared to conventional bulk phase reactions, but despite its wide …

How is H2O2 formed in sprayed water is not well understood. It is believed to involve the
association of HO• radicals spontaneously generated from HO–ions by internal electric fields …

Hydroxyl radical (OH) is a key oxidant that triggers atmospheric oxidation chemistry in both
gas and aqueous phases. The current understanding of its aqueous sources is mainly …

Even though it is still an emerging field, the application of a high external electric field (EEF)
as a green and efficient catalyst in synthetic chemistry has recently received significant …

Contact electrification (CE) in water has attracted much attention, owing to its potential
impacts on the chemical reactions, such as the recent discovery of spontaneous generation …