This article reviews the fundamental physics of vapor bubbles in liquids. Work on bubble
growth and condensation for stationary and translating bubbles is summarized and the …

Bubbles play a ubiquitous role in electrochemical gas evolution reactions. However, a
mechanistic understanding of how bubbles affect the energy efficiency of electrochemical …

5,390,204 5,422,899 5,459,745 5,520,679 5,591,161 5,621,745 5,748,655 5,832,013
6,090,102 6,091,749 6,122,300 6,156,030 6,159,204 6,258,082 RE37, 504 6,482,199 …

Mechanical feed pumps in organic Rankine cycle (ORC) power plants can suffer from
cavitation to lose their normal feeding performance or even damage. Cavitation models for …

The increase of electrolyte resistance near the electrode due to bubble evolution is the main
obstacle to significantly improve the efficiency of photoelectrochemical water splitting. The …

The combustion performance of metal particles for explosives, propellants, pyrotechnics,
and bio-agent defeat can be optimized by controlling the chemistry, size, and coatings of the …

To increase the boiling heat transfer limit, we disrupted the previously nonevaporating
region and increased the vaporization activity of “inert” liquid molecules by introducing nano …

Abstract The Geyser Boiling Phenomenon (GBP) is commonly present in two-phase closed
thermosyphon operation. It is characterized by the violent formation of a vapor bubble at the …

A series of new flash boiling sub-models inside a droplet were proposed in this study.
Compared to the previous flash boiling model, the proposed model includes the classical …

Microbubbles are tiny bubbles with diameters below 50 μm. Because of their minute buoyant
force, the microbubbles stagnate in aqueous media for a long time, and they sometimes …