The phrase "after the compressor" is correct and usable in written English.
It can be used in contexts related to machinery, engineering, or processes where the sequence of operations is being described.
Example: "The air will be cooled after the compressor before it enters the storage tank."
Alternatives: "following the compressor" or "subsequent to the compressor".
In this approach, a novel configuration including a by-pass line together with a three way proportional control valve is proposed in discharge line after the compressor in order to control the refrigerant flow rate.
In order to examine the effect of matching between the fuel cell temperature and the turbine inlet temperature on the hybrid system performance, we considered air bypass after the compressor as well as additional fuel supply to the turbine side.
This paper presents an effective technique to enhance the performance of a newly-developed direct expansion air conditioner when combining with a vacuum solar collector that is installed after the compressor.
The water injection after the compressor into the combustion air of a gas turbine and its evaporation by low-quality heat was analysed for different types of low-temperature heat sources and water-vapour contents of the pressurised air.
A common convention in the industry is that station 0 is far upstream, station 1 is after the shock in the inlet (if there is one), station 2 is at inlet to the compressor (after the inlet/diffuser) and station 3 is after the compressor.
To regulate the mass flow rate of the refrigerant vapor passing through a water storage tank for increasing the refrigerant's sub-cooling process at partial loads, we propose a new discharge bypass line together with an inline solenoid valve, installed after the compressor.
After using your AeroBed bed, make sure to stash it away in its bag again, after using the compressor to deflate it.
Evacuated tube collectors are used in order to partially thermally compress the refrigerant, after the mechanical compressor.
The final results proved that the optimum values of the pressure after the mechanical compressor is the 75% of the maximum pressure and for this case, energy savings from 15%to25%5% can be achieved.
In refrigerators, for example, a built-in delay prevents the compressor from turning on immediately after the door is opened.
Since the pressure increase in the compressor was only about one-fourth of the maximum pressure reached after combustion, the unit could operate even though the compressor efficiency was low.
