Currently, the offshore oil spills and the massive discharge of industrial waste and civil oils
have caused irreversible harm to residents and marine organisms and are some of the most …

With the acceleration of the industrial process and the improvement of people's living
standards, a large amount of oily wastewater has been produced, which has threatened the …

Subsurface formations are promising for large-scale H2 storage, balancing the energy
demand and supply. Wettability is vital in ensuring storage safety, efficiency, and capacity …

In this study, we investigated the relationship between bubble stability and various
parameters, including radial pressure, density, surface tension, charge distribution, and …

Demands for “green” additives that control the crystal growth and inhibit the scale formation
in industrial processes are growing as never before. Nanobubbles can be the green additive …

Low-velocity shock wave-induced contraction and expansion of nanobubbles can be
applied to biocarriers and microfluidic systems. Although experiments have been conducted …

Cyclometallated heavy metal complexes as photoactive materials have not received as
much attention as pure organic/polymer counterparts in organic solar cells (OSCs). In this …

The growing interest in large-scale underground hydrogen (H2) storage (UHS) emphasizes
the need for a comprehensive understanding of the fundamental characteristics of …

Lipid nanobubbles with different gas cores may integrate the biocompatibility of lipids,
powerful physicochemical properties of nanobubbles, and therapeutic effects of gas …

The wettability of subsurface minerals determines the capillary trapping and fluid transport
behaviors, essential for ensuring the safe and efficient hydrogen (H 2) geo-storage. This …