Examples of 'gas exits' in a sentence
Meaning of "gas exits"
gas exits: This phrase is often used in the context of ventilation systems or safety protocols to indicate the designated points or mechanisms through which gases can escape from a particular area or enclosure
How to use "gas exits" in a sentence
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gas exits
Some gas exits with the solids.
This leads to an increased degree of resin impregnation as gas exits the composite material.
Dry gas exits from the top of the tower.
A minor amount of hot gas exits as depicted by arrow C.
Clean gas exits the catalytic element at its clean gas face.
Subsequently, the expended gas exits into the ambient atmosphere.
The gas exits the radial nozzles as a bubble dispersion within the liquid.
The majority of hot gas exits as depicted by arrow B.
The gas exits the purger with a very low concentration of ENB in the gas phase.
In this case, ambient temperature gas exits the support media.
The clean gas exits the inventive module through an opening at a side face thereof.
After pushing on the expander wheel, the gas exits through a hole in the housing.
Waste combustion gas exits the glass furnace and passes through a second regenerator structure.
After passing through the turbine, the combustion gas exits through the exhaust channel.
When the gas exits the centrifugal blower, new gas enters to normalize the gas pressure.
See also
The separated hydrogen gas exits through a line 47.
Stack gas exits the dryer through a filter, which collects any solid particles entrained therein.
Cooled turbine exhaust gas exits from the boiler 40.
Gas exits the stationary turbine nozzle guide vanes at absolute velocity Va1.
The discharged compressed gas exits each cylinder bank vÃa a discharge manifold 70.
After most of the water vapor has been removed, the exhaust gas exits through a line 29.
The waste nitrogen gas exits the reactor through the venting conduit.
The gas exits the apparatus from an outlet 65 at its front end.
Subsequently, the expended gas exits vÃa conduit 68.
The gas exits through the distributor ports 16.
A portion of the off gas exits at port 9 from the top of the vessel.
Nitrogen gas exits the heat exchanger 52 and is vented to the atmosphere through the valve 58.
Product nitrogen gas exits the system through line 28.
The gas exits the patient 's cavity through outlet tube 5 to re-enter the tubing system 3.
The compressed gas exits through a line 46.
The gas exits therefrom vÃa the apertures 83, and enters the airbag vÃa the apertures 92.
The essentially dry chlorine gas exits through anode outlet 22 as shown in Fig . 1.
The gas exits from stator-rotor gap 49 and enters rotor slots 44 in a continuous and uniform manner.
The scrubbed vent gas exits the tower at 86 and is further processed.
The gas exits from a nozzle 1, and develops into a normal jet 2.
A flow ( F ) of shield gas exits the chamber through the outlet.
Once the gas exits inner tube 20, it follows the closed spiral pathway to gas exit 94.
The treated gas exits through the tube 78.
The purified gas exits from the upper part of the apparatus as shown by arrow 30.
The regeneration gas exits the adsorber throughout stage ( b ) ( ii ).
The residual gas exits from the recovery system through gas exhaust section 136.
The regeneration gas exits the adsorber throughout stage ( c ) ( ii ).
Compressed gas exits the compressor through a pipe to the gasifier ( 10 ).
The regeneration gas exits the adsorber throughout stage ( c ) ( i ).
The clean gas exits the filter module 50 through that opening 82.
The flash gas exits from the top of the filter 74.
Clean product gas exits the system at electrostatic gas outlet port 148.
Compressed gas exits gerotor compressor at outlet 424.
Excess undissolved gas exits disposable fluid container 70 and cylinder 51 through fitting 59.
The collected product gas exits vessel through conduit 42, exiting the top of vessel 10.
