In the domain of three-dimensional (3D) particle holography, diverse imaging characteristics
across particles of varying scales and positions pose a notable impediment to efficient …

Compact computational in‐line holography based on deep learning is an attractive single‐
shot approach to image microparticles dispersed in 3D volume. The particle shape contains …

The reduced inlet flue gas temperature of the selective catalytic reduction (SCR)
denitrification device is a significant problem during the low-load operation of boilers. In this …

Advanced three-dimensional (3D) tracking methods are essential for studying particle
dynamics across a wide range of complex systems, including multiphase flows …

Mastering the characteristics of gas–liquid humidification jets at low pressure is fundamental
for creating indoor humidity environments on the Qinghai‐Xizang Plateau. In this paper, we …

Accurate characterization of agricultural sprays is crucial to predict in-field performance of
liquid applied crop protection products. In this paper, we introduce a robust and efficient …

Quantifying the droplet field near the atomizer exit poses a challenge due to its three-
dimensional (3D), multiscale and turbulent characteristics. An optical measurement method …

The simulation of ice crystal icing at high altitudes in the icing wind tunnel holds significant
value for the study of icing on the aero-engine, pitot probe and other components of aircraft …

Uniform-sized and highly spherical nuclear fuel microspheres are pivotal components in
high-temperature gas-cooled reactors. In the manufacturing process of microspheres …

High-fidelity simulation is conducted to investigate liquid jet in crossflow, specifically
regarding the rectangular nozzle. The influence of aspect ratio (AR) of nozzles on the …