linear velocity

The carrier gas linear velocity affects the analysis in the same way that temperature does (see above).

The higher the linear velocity the faster the analysis, but the lower the separation between analytes.

Alternatively, the linear velocity can be taken as the ratio of the column length to the dead time.

This divides the disc into several zones, each having its own constant linear velocity.

The linear velocity is measured in distance per time, and this is what your eye catches.

First of all, it is used as a synchronization source to achieve constant linear velocity while writing a disc.

The derivative of a vector is the linear velocity of its tip.

Additionally, mass relates a body's momentum p to its linear velocity v:

He deduced its apex coordinates and linear velocity as 7.3 km/s.

We discovered that the pitching delivery is an accumulation of rotational and linear velocities.

At low linear velocities, clusters of crystalline material can exist in the amorphous spots.

The linear velocity of the exiting exhaust gases can be calculated using the following equation:

The linear velocity is equal to the rotational velocity times the distance from the center of the cup (the radius).

Although later interfaces were able to stream data at the required speed, many drives now write in a 'zoned constant linear velocity'.

The linear velocity will be implemented by means of the carrier gas flow rate, with regards to the inner diameter of the column.

From the throat the cross-sectional area then increases, the gas expands and the linear velocity becomes progressively more supersonic.

An angular, outward acceleration, which is factored with linear velocity is produced due to the rotation.

In a vector field describing the linear velocities of each part of a rotating disk, the curl has the same value at all points.

For a compressible fluid in a tube the volumetric flow rate and the linear velocity is not constant along the tube.

Velocity (also called linear velocity) and angular velocity are measured with respect to a frame of reference.

Constant linear velocity (CLV) keeps the distance covered by the heads per unit time fixed.

During operation the workpiece turns with the Regulating wheel, with the same linear velocity at the point of contact and (ideally) no slipping.

The linear velocity you feel is relative - if you travel at the same speed as another object, it does not feel like you are moving.

As you move outward, the radius is increasing, so the linear velocity increases even though the rotational velocity is lower than at the center.