nozzle örnekleri

• The laser beam was focused about 1.5 mm downstream from the nozzle.

• The inner and outer nozzle pressures were adjusted to achieve various radial distributions over a range of implosion times.

• These curves correspond to having the ablation target in the cluster source about 1.5 m from the exit of the supersonic nozzle.

• The solid lines in figures 2 and 3 are contours of the satellite volumes obtained at the camera position farthest from the nozzle.

• Simple nozzle modifications were suggested that resulted in a substantial calculated yield increase.

• These waves are generated near the nozzle lip.

• These waves provide the dominant feedback from the wall to the nozzle lip region of the jet.

• The reason for this not too infrequent occurrence was traced to leaking nozzle seals or pressure holes or to damage on the flat-plate leading edge.

• Table 2 shows ballisticmodel-fit parameters for separately measured density distributions from the inner and outer nozzle.

• In order to study the effect of nozzles on different gas density configurations, different kind of brass nozzles in shape and size are machined.

• The laser is focused at about 10 mm below the jet nozzle outlet.

• The correct expansion for the jet was thus obtained, in a sense, automatically, enabling the single nozzle to be used for all jet speeds.

• There are always 12 current return posts, but different nozzles have different bolt circle diameters for the posts.

• South-west: 'the plume', an upwardly projected trailing effect which results from the shape of the nozzle. 16c.

• The initial turbulence was in all cases derived from nozzle wall roughness.