gas velocity

The difference between the mean solid velocity and mean gas velocity is called slip velocity.

The total pressure drop increases with the increase of gas velocity. The liquid hold is affected by the insufflation density.

As the gas velocity increasing, the total cost per unit quantity of heat transferred decreases first and then increases.

One characteristic of gas-liquid scale-up is the fact that the linear superficial gas velocity normally increases.

A liquid drop removed from a sheet or jet may be exposed to the aerodynamic pressure effect of a high relative gas velocity.

When gas and liquid flow in an opposite direction, an increase in gas velocity will increase the instability of liquid jets.

For the same gas velocity, pressure drop gradually grew as a result of increasing ratio of solid to gas and solid mass flux.

The effects of superficial gas velocity, catalyst loading and liquid properties on gas holdup were investigated in a slurry reactor.

It was found that the liquid content increased with increasing temperature or superficial gas velocity.

The result shows that gas velocity, temperature and pressure at the exit of the combustion chamber, regular distributions have low . . .

The amount of gas transported upward through the emulsion decreases as the gas velocity is raised.

In the range of flue gas velocity considered, the varying of flue gas velocity has a very small influence on the droplet's life time.

The diffusion deposition of aerosol particle went against the increasing of gas velocity.

When gas and liquid flow in the same direction, an increase in gas velocity will reduce the instability of liquid jets.

The inertial deposition of aerosol particle increased with the increasing of gas velocity.

The influences of jetting gas velocity and particle diameter on fluidization were analyzed.

However, increasing the superfacial gas velocity can promote the expansion of the GS bed, and decrease the solid holdup.

Direct expose to flame and high gas velocity and high resistance to erosion-abrasion.

It is found that the gas holdup increases with the increase of orifice gas velocity.

Big blow by acute pressure, gas velocity rapidly.

Use efficient heat transfer element-threaded flue to achieve reasonable flue gas velocity, efficient heat transfer and small resistance

The Influence of Entrance and Exit Gas Velocity Distributions Upon Electrostatic Precipitator Efficiency

Modular Test and Study of Gas Velocity Deviation of Tangential Firing Boiler Duct

Research results show that air tower gas velocity determines the gas holdup size of the equipment;

Numerical simulation for flue gas velocity field at the entry section of SCR reaction tower

Numerical Modeling of Atomized Gas Velocity during High Velocity Arc Spraying

Numerical Simulation of Furnace Exit Gas Velocity Difference

The study of stack gas velocity measurement using optical signal cross-correlation method

Dynamic Behaviors of Gas Velocity Field during Metal Atomization

Higher gas velocity can enhance mass transfer coefficient;

Gas velocity distribution in cover of Combined Trapezoid Spray Tray

Gas velocity non-linearities for gas-solid two-phase turbulence flow in a square pipe

Cause of Utility Boiler Furnace Outlet Flue Gas Velocity Deviation

The results show that with the increase of gas velocity from nozzle, shielding effect increases at first and then gets worse;

Experimental Study on Combined Type ESP with High Gas Velocity

Analysis of Influence on Wet FGD System by Applying High Gas Velocity