Microbubble dispersions are now commonly deployed in industrial applications ranging
from bioprocesses to chemical reaction engineering, at full scale. There are five major …

Electrochemical benchmarking in three-electrode setups at a laboratory scale can greatly
accelerate the development of catalysts for the oxygen evolution reaction in proton …

The dynamics of droplet detachment from a surface is a fundamental topic studied in coating
engineering, fluid mechanics, and subsurface engineering applications. This topic has direct …

Nanoindentation refers to a class of experimental techniques where a micrometric force
probe is used to quantify the local mechanical properties of soft biomaterials and cells. This …

The contact-angle (CA) hysteresis generated by the difference between the advancing and
receding CAs of a droplet on an inclined surface generates an adhesion force that can hold …

Objective. Pathological mineralizations form throughout the body and can be difficult to
detect using conventional imaging methods. Color Doppler ultrasound twinkling highlights∼ …

Superhydrophobic surfaces hold immense potential in underwater drag reduction. However,
as the Reynolds number increases, the drag reduction rate decreases, and it may even lead …

Bubble diameter formed at submerged orifices is crucial and challenging to predict with a
reliable universal model. A theoretical model covering a wide range of pore structures …

Inspired by the everyday experience of changing the shape of a blown-up balloon by
imposing a constraint, a method to control the shape of underwater bubbles is proposed by …

Addressing the challenge of increasing the rate of CO 2 capture by accelerating the
hydration process, we proposed the use of a new class of heterogeneous inorganic catalysts …