1991).15S.K. Chen et al . , " FactorsInfluencingthe Effective Spray Cone Angle of Pressure - Swirl Atomizers
The radarsetin the conical shock cone of the nose inlet
1.0 % sodium chloride in the liquid phasecausedlittle change in bottom hole injection pressure
The apparatus of claim 16 wherein the flow restrictor is asymmetrical about the longitudinal axisthereby to createan asymmetric distribution of powder discharged in the hollow conical spray pattern
The inner surface of the flow restrictor 176 may be eccentric ( not shown ) along the longitudinal axis 28to createa biased distribution of powder emitted in the hollow conical and/or conical spray patterns
an injection tip provided with spiral inclinesto createa cone - shaped spray at the outlet of the injection nozzle
for fire - fighting engineering(passive) are specially designedRO – Non - clogging HOLLOW CONE DEFLECTIVE NOZZLE RO hollow cone medium velocity spray nozzles
to increase in penetration length as depicted in Figure 7leadsto increase in penetration length as depicted in Figure 7
in PM and cytoplasm being aspirated into the injection needlewill resultin PM and cytoplasm being aspirated into the injection needle
to proper utilization of air and improves 5.1leadsto proper utilization of air and improves 5.1
the absolute finest , fog - like spray mist possible with a hydraulic nozzlecreatesthe absolute finest , fog - like spray mist possible with a hydraulic nozzle
to much less roll - off and colorationleadsto much less roll - off and coloration
relatively large pressure recirculation zonescreatingrelatively large pressure recirculation zones
an impermeable , strong solid , single wall with no internal tension allowing use in extreme heat orcreatesan impermeable , strong solid , single wall with no internal tension allowing use in extreme heat or
villi(passive) caused byvilli
for the mine industryis designedfor the mine industry