CO 2 capture, utilization, and storage technology are one of the most effective methods to
reduce CO 2. Although this technology has been relatively mature, the main problems …

Nanobubble (NB) technologies have received considerable attention for various
applications due to their low cost, eco-friendliness, scale-up potential, process control, and …

The existence of nanobubbles in pure water has been extensively debated in recent years,
and it is speculated that nanobubbles may be ion-stabilized. However, nanobubbles in the …

Deductive arguments regarding the unexpected stability of nanobubbles in water include the
excessive internal pressure of minuscule gas pockets. In this study, the derivation …

Theoretical studies are reviewed for bulk nanobubbles (ultrafine bubbles (UFBs)), which are
gas bubbles smaller than 1 μm in diameter. The dynamic equilibrium model is discussed as …

Bubble technology has proven to be an efficient technique of reducing environmental
pollution, strengthening water treatment procedures, and increasing production in industrial …

Consensus on bulk nanobubble stability remains elusive, despite accepted indirect
evidence for longevity. We develop a nanobubble evolution model by incorporating thermal …

Hypothesis The boundary layer holds the key to solve the puzzle of the unusual stability of
the nanobubbles in solution. The quantitative determination on its mechanical and structural …

The origin of the stability of bulk Nanobubbles (NBs) has been the object of scrutiny in recent
years. The interplay between the surface charge on the NBs and the Laplace pressure …

The Young–Laplace equation suggests that nanosized gas clusters would dissolve under
the effects of perturbation. The fact that nanobubbles are observed raises questions as to the …