Spontaneous Bubble Growth Inside High-Saturation-Vapor-Pressure and High-Air-Solubility Liquids and Emulsion Droplets

Spontaneous bubble growths in liquids are usually triggered by rapid changes in pressure or temperature that can lead to liquid gas supersaturation. Here, we report alternative scenarios of the spontaneous growths of bubbles inside a high-saturation-vapor-pressure and high-air-solubility perfluoroca...

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Bibliographic Details
Main Author:	Ivan U. Vakarelski (1810126) (author)
Other Authors:	Krastanka G. Marinova (20541119) (author), Krassimir D. Danov (1832902) (author)
Published:	2025
Subjects:	Biophysics Medicine Virology Computational Biology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified underlying physical mechanism saturated immiscible liquid report alternative scenarios liquid gas supersaturation indicating mass transfer ambient quiescent conditions spontaneous mass transfer liquid pp1 covered solubility perfluorocarbon liquid single pp1 phase pp1 droplet ’ bubble growth rates bubbles inside millimeter bubble growth inside faster air diffusion pp1 – water pp1 phase bubble growth bubbles inside spontaneous growths much faster droplet leads solubility water bubble volumes pp1 droplets usually triggered upper phases second air rapid changes evaporate freely effective buoyancy bubbles trapped bubbles produced
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Spontaneous Bubble Growth Inside High-Saturation-Vapor-Pressure and High-Air-Solubility Liquids and Emulsion Droplets

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