This paper presents issues in the field of theory, construction, calculations, as well as the
design of effervescent-swirl atomizers. The results of experimental studies of spraying …

Effervescent atomization performance depends on the bubble size inside the mixing
chamber, consequently influencing the spray dust control performance. This paper proposes …

Atomizer flotation has the advantages of low cost, low energy consumption, adjustable, and
long cycle life in industrial applications. The bubble diameter is an important parameter for …

Imaging with high definition video camera is an important technique to visualize the drilling
conditions and to study the physics of complex multiphase flow associated with the hole …

Fluid coking is a thermal conversion process that uses a conventional two-vessel circulating
fluidized bed to convert heavy hydrocarbon feeds to lighter products. The technology was …

A study was performed to characterize the different bubble formation regimes that occur
during the process of gas jet injection into a liquid cross flow in a conduit. Air was injected …

The work presents effervescent atomizer with air stone aerator. The aerator used air stone
AS30 by Tetratec. porous stone with fine pores gives small resistance and allow to use the …

The internal flow in an effervescent atomizer was experimentally observed for a wide range
of gas–liquid flow rates with various atomizer geometries. The effects of atomizer geometry …

Droplet microfluidic systems have attracted a large amount of research due to their
numerous applications in biomedical micro-devices and drug discovery/delivery platforms …

The impingement of a droplet on a rigid square obstacle in a microchannel is simulated
numerically using a high-density-ratio pseudo-potential multi-relaxation time LBM. The …