Nozzles deflector

Beam nozzle Deflector nozzle Two-fluid nozzle... 

FIG. 14-87 Charactersitic spray nozzles, a) Whirl-chamber hollow cone, (h ) Solid cone, (c) Oval-orifice fan. (d) Deflector jet. (e) Impinging jet. (/) Bypass, (g) Poppet, (h) Two-flnid. ( ) Vaned rotating wheel. 

Sprinkler - Water deflector spray nozzle devices used to provide distribution of water at specific characteristic patterns and densities for purposes of cooling exposures, suppression of fires and vapor dispersions. 

Deflector plate nozzle, 23 179 Deflocculants, ceramics processing, 5 647 Deflocculation, 22 56... 

Fig. 1. Detail of reaction zone of the metal-atom reactor. Suitable reactor dimensions are 15-18 cm diameter, 5 mm wall thickness and 36-46 cm depth. The water-cooled electrodes are 7.5 cm apart. The central substrate inlet tube, a 6 mm od Pyrex slightly constricted at the end, extends 5 cm below the liquid nitrogen level. A 14 mm od Pyrex tube which serves as a substrate deflector is positioned 5 cm below the inlet nozzle and is suspended horizontally between the electrodes. A built-in Pyrex syphon tube extends to the bottom of the reactor for the removal of air sensitive products under an inert atmosphere.

Cluster nozzles are used either without a boom or at the end of booms to extend the effective swath width. One type is simply a large flooding deflector nozzle which will spread spray droplets over a swath up to 70 feet wide from a single nozzle tip. Cluster nozzles are a combination of a center-discharge and two or more off-center-discharge fan nozzles. The spray droplets vary in size from very small to very large, so drifting is a problem. 

Conical nozzles use deflectors to generate a cone-shaped pattern as shown in the schematic in Fig. 7. Pattern widths can vary from as small as about 2.5 cm (1 in.) to approximately 60 cm (2 ft) in diameter, depending on the size and the radius of the deflector. The size of the pattern also depends on the powder flow rate. Conical nozzles generate a softer spray pattern because the deflector creates a partial vacuum that pulls the inner part of the cone pattern toward itself This reduces the forward velocity of the powder. Conical nozzles are usually used in manual coating operations, where they are used for large flat parts and complex shapes. 

Fig. 8. Schematic drawing tandem mass spectrometer in Z configuration for coaxial infrared laser excitation. Aperture lenses have been omitted for clarity. Comptonents (a) Nozzle, (b) skimmer, (c) electron gun, (d) and (i) quadrupole mass filter, (e) and (g) quadrupole deflector, (f) octopole ion guide, (h) CO2 laser, (j) ion conversion dynode, and (k) secondary eiectron multiplier. ...

The setup at the Universitat Rostock utilizes an ACIS to produce a continuous cluster beam (see Fig. 3.9). The metal vapor plasma is created in the cylindrical cathode of target material. The fabricated clusters, neutral and charged are expanded through an exit nozzle and collimated by an aerodynamic lens attached to the source. The clusters then flow through a secondary pumping stage bracketed by two skimmers and are size selected by an electrostatic quadrupole deflector for deposition. 

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