Numerical simulations of the vapor bubble collapse near the micro fiber immersed in a
subcooled liquid allow us to propose the mechanism of formation of high velocity liquid jet …

When illuminated by a resonant laser, noble metal nanoparticles immersed in liquids can
efficiently produce a huge amount of heat and rapidly vaporize surrounding liquid, leading to …

Recently, the strongly inhomogeneous current density occurring near a microelectrode was
identified as driving a thermocapillary electrolyte flow near gas bubbles growing during …

This paper presents the results of an experimental study of boiling of substantially subcooled
liquid initiated by its local heating through the concentrated laser radiation transmitted to the …

The self‐assembly of gold micropetals and microfluidic control using their photothermal
properties are demonstrated experimentally in this work. Gold micropetals are fabricated on …

This is a study motivated by the need to develop a needle-free device for eliminating major
global healthcare problems caused by needles. The generation of liquid jets by means of a …

Laser-induced subcooled boiling near the tip of thin waveguide immersed in a liquid which
temperature is less than the saturation temperature (subcooled liquid) can produce intensive …

The mechanism of submerged jets generation during subcooled surface and volumetric
water boiling is studied experimentally and numerically. The boiling take place near the tip …

The most common approach to optically generate and manipulate bubbles in liquids
involves temperature gradients induced by CW lasers. In this work, we present a method to …

The self‐oscillation of water vapor microbubbles in degassed water is experimentally
investigated by using the photothermal conversion effect of an FeSi2 thin film. A laser spot …