The present invention is directed to methods for carbon dioxide from air, which comprises exposing solvent covered surfaces to air streams where the airflow is kept laminar, or close to the laminar regime.

Constructed a model of financial markets transition from laminar to turbulent regime.

the end of the laminar regime, shown by the appearance of...

To convert a helium flow into the flow of certain gases, when the laminar regime obtains:

It flows slowly in laminar mode, i. e. without any turbulent fluctuation.

The flow of the fluid is laminar, or Reynolds < 2000.

Therefore to calculate the continuous losses expressed in metres, in laminar flow, we will proceed as follows:

This is considered to apply when a condition is determined such that simultaneously the Reynolds number for the turbulent regime is less than 2000, and the Reynolds number for the laminar regime is greater than 2000.

Now, the, whether or not the flow is laminar or turbulent depends on the Reynolds number.

The typical criterion for whether pipe flow is laminar or turbulent is the value of the Reynolds Number.

What determines if the flow of a fluid is classified as laminar or turbulent is the flow’s Reynolds Number.

For a given geometry, whether the flow will be laminar or turbul ent is determined by its Reynolds number.

The dimensionless Reynolds number indicates whether the reactor fluid is flowing in laminar or turbulent regime.

These two tubes are connected by two conical pipes which should be of an adequate length to maintain the most regular laminar flow possible.

The motion of the fluid obtains chaotically; the trajectories are not orderly, as opposed to the laminar regime.