Examples of 'turbulator' in a sentence
Meaning of "turbulator"
turbulator (noun): A device used in fluid mechanics to agitate or mix fluids, typically used in pipes or heat exchangers to enhance heat transfer or prevent buildup of deposits
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- A device that turns a laminar flow into a turbulent flow.
How to use "turbulator" in a sentence
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turbulator
Said pyrotechnic composition was dry mixed in a turbulator.
Reassemble the turbulator and the.
The turbulator insert could also be a metallic foam.
Gas turbine engine component cooling passage turbulator.
A turbulator is a device that turns a laminar flow into a turbulent flow.
The send this address to see my new turbulator.
In some embodiments the turbulator walls get smaller in the downstream direction.
A preferred mixer is a pin mill mixer, or a turbulator mixer.
The wings have turbulator tape on the underside to prevent laminar separation bubbles.
This is the amount of air flowing between the turbulator diameter and blast tube.
A turbulator is a device that turns a laminar boundary layer into a turbulent boundary layer.
In some embodiments, the turbulator is a plastic netting material.
The turbulator wall design will ensure a perfect mixing and the ability to capture various pollutants.
To speed up heat exchange, a turbulator is installed in the gas zone.
In this environment, a perforate insert would serve as an excellent turbulator.
See also
The turbulator is a multi-passage tunnel device with spiral channel positioning.
In some embodiments, the air turbulator is made using plastic extruded netting.
The turbulator is arranged on the leading edge of the blade 4 in the stagnation point.
Of the ignition electrode, the ionisation probe, the turbulator and the diffuser.
The addition of turbulator wings 43 will enhance turbulence within the grooves and thus heat transfer.
The oven is approximately 55 feet long with six turbulator fans mounted on its walls.
In some embodiments, the spacer also contains features to support the air netting turbulator.
In some embodiments, the spacer and the air netting turbulator form a single manufactured component.
Such a turbulator 40 permits the exchange of heat to be improved.
In some embodiments, the spacer contains features that keep the air turbulator under tension.
Figure 16 is showing the turbulator wings in an assembled flow plate.
In particular, hot gases are conveyed through the exchanger 5 vía a further turbulator 19.
Figure 15 is showing turbulator wings inserted into the grooves.
While inserting closing plate 5 ( on the base plate ) between the turbulator and the star.
Blades of turbulator 27 are formed on the outer surface of internal vessel 2.
Ignitor Maintenance, Remove ignitor from turbulator by removing 2 screws.
Blades of turbulator 27 arc formed on the outer surface of internal vessel 2.
Holes 18 are lined up in rows one row on each end of turbulator plate 12.
FIG . 35 illustrates a surface turbulator as described in the prior art.
The turbulator 10 is located directly in the path of the flow A.
The hollow área is also filled by a cooling-fluid turbulator 608.
FIG . 37 shows a turbulator that is able to generate a counter-rotating flow in a narrow air channel.
Hi to you oh great masters of the bubbler and Turbulator!!!, D.
FIG . 11 shows an alternate air turbulator structure, which comprises extruded plastic or metallic netting.
The turbulator 35 may be mounted on a fraction of the plurality of tubes 33.
FIG . 28 illustrates the seal, turbulator and adhesive dots as an integral unit.
The turbulator 24 encourages heat exchange between the mixed water and the temperature-sensitive portion 92.
Grob G 102 Astir prototype with turbulator tape under the wing.
Figure 16 is showing turbulator wings 43 inserted into grooves 8 in an assembled flow plate.
Figure 15 is showing turbulator wings 43 which can be inserted into the grooves.
