Sentence examples for pressure atomization from inspiring English sources

Results presented in this paper show the great enhancement of water absorption property by having a pressure atomization.

The literature of droplet impingement primarily focuses on the range of impact Weber numbers that can be achieved by free-falling droplets, by droplets propelled towards a surface by electro-mechanical means, such as those used in ink jet printing, or by pressure atomization, as utilized for example in spray cooling.

The coal slurry atomization combustion has some problems as follows: (1) coal slurry needs special handling, (2) the high-pressure atomization devices are expensive and easy to be blocked, (3) the life of the feeding hose is short, (4) slagging easily appear at the bottom of the fluidized bed, (5) fly ash carbon content is high, and (6) boiler efficiency is low, etc.

Fine droplets of the alloy were obtained by using a high pressure gas atomization technique.

Generally, high-pressure gas atomization (HPGA) is a close-coupled discrete jet atomization method and is one of the most effective methods of producing such powders.

The process variables investigated were inlet airflow, pan speed, inlet air temperature, coating time, atomization pressure, and fan pressure.

Atomization pressure was identified as a major variable with respect to content uniformity (P<0.01).

DoE results demonstrated the most significant SD parameters as atomization pressure and slurry feed rate.

Operational conditions tested were binder flow rate, atomization pressure, slit air flow rate, rotating speed and temperature of inlet air.

Feed rate and atomization pressure during spray drying were found to be the most important parameters for achieving uniform size particles.

The influence of the process parameters atomization pressure and spraying temperature on particle size and process yield was investigated by experimental design.