inlet pressure

There is an approximate linear relationship among the column inlet pressure, the retention time of solvent, and the half peak width.

Aerodynamic design method and numerical simulation are used to optimize the profile of the ram air inlet for enhancing the inlet pressure.

Inlet pressure losses developed during relief conditions must be taken into account when sizing the pressure and vacuum relief devices.

This does not pose a problem, however, with pipelines and liquefied gas products where inlet pressure is maintained relatively constant.

The research result shows that the outlet pressure rises rapidly when the frequent of the inlet pressure rises to a high value.

A booster pump, used to increase the sterilization machine into this machine inlet pressure.

An essentially balanced single seat minimizes variation in delivery pressure resulting from varying inlet pressure .

at a constant engine speed, with increase of engine load, the gas consumption rate decreases and the inlet pressure increases.

The "balanced" aspect means that the valve will close even if the back pressure is higher than the inlet pressure.

some pump inlet pressure lower than atmospheric pressure, required before the pump, the old are required to combine the use of the pump.

For compressible fluids, where pressure drop exceeds half the inlet pressure.

The inlet pressure is inversely proportional to the size of grain.

Start the primary air devices (fan or blower) and check the burner inlet pressure.

Relative to uniform inlet pressure, the distorted or actual profiles may have a rather profound effect on engine performance.

They are also used in conjunction with high-pressure cylinder regulators that limit the inlet pressure to 250 to 400 psig.

The first stage reduces inlet pressure to a preset intermediate pressure, typically 350 to 500 psig.

By changing the nozzle inlet pressure, drill gage width, nozzle diameter factors, to study the changes in these flow fields.

Study of the Inlet Pressure Automatic Regulation for a Single Cylinder Test Engine

Coupled compressor-diffuser flow model for predicting response of a twin-spool turbine engine to inlet pressure distortion

The Effect of Boundary Inlet Pressure Upon an Air Suction System

NPSHR - pump NPSH, called NPSH required or moving the pump inlet pressure drop, the smaller the better the performance of anti-cavitation;

Experimental investigation and analysis of an engine inlet pressure distortion

Experiment Investigation of Impact for Performance for Inlet Pressure and Consistence of Hydrocyclone in Desulfurizing

Numerical Study on the Effects of Inlet Pressure Distortion on the Stability of a Turbofan

Theoretical Analysis on Hydraulic Transient Resulted by Sudden Increase of Inlet Pressure for Laminar Pipeline Flow

An Investigation on Carbon Monoxide Emission of Testing Combustor with High Inlet Pressure and Temperature

Check feature closes valve when discharge pressure exceeds inlet pressure (power failure or pump failure)

Check feature closes valve when discharge pressure exceeds inlet pressure (power failure)

Reduce higher inlet pressure to constant lower outlet pressure (adjustable)

An Inlet Pressure Distortion Measurement and Control System for Jet Propulsion System

BTEX The Fast Analysis of BTEX in Gasoline by Programmed Temperature and Programmed Inlet Pressure GC

Pulsatile Analysis of Inlet Pressure Distortion in Turbofan Engine

Wavelet analysis of inlet pressure of internal combustion engines

Effect of Inlet Pressure Distortion on Stability Margin of Missile Turbojet Engine

Inlet pressure readout to assist in troubleshooting

Experimental study on the effect of the inlet pressure on the performance of vortex tube

Valve fully closes if inlet pressure exceeds shut-off control set point

air inlet pressure stabilizing chamber

Effect of Inlet Pressure Distortion on Flow Field of a Three Stage Fan

Valve is fully open when inlet pressure is below shut-off control set point

Is the inlet pressure of pump