Sentence examples for rotation rate does from inspiring English sources

This rotation rate does not affect too much on appearance of sunspot and therefore the magnetic structure of solar atmosphere/corona probably has not changed significantly during the past 4 Gyr.

Since increasing rotation rates did not prevent aggregation, the intercellular cell-cell adhesions of these ENS cells must display a rapid "catch" to initiate adhesion, with initial adhesion strength sufficiently high to resist external distractive forces in the highest shear used here.

Production logging tools have been more reliable and better results when the flow rate does not low enough regarding rotation of the tools.

The rotation rate of the electrode does not influence the resulting signal, which indicates that only a charge transfer is involved in the UO2 oxidation kinetic.

Cutting tax rates does.

(245) Rotation was found to occur in a series of 120° steps, and the hydrodynamic drag on actin filaments of varying lengths (from 1 to 4 μm) was correlated with the protein rotation rate to calculate the work done by the motor during rotation; the calculated value of 80 pN·nm is close to the free energy of hydrolysis of ATP.

For many regional networks, either the latitude or the longitude of the Euler pole is nearly collinear with the magnitude of the rotation rate, such that an iterative solution does not converge in the direct estimation of the Euler pole parameters.

The 11-hour intervals approximated but didn't match Saturn's rotation rate, so the planet's magnetic field couldn't be the source.

In March 2007, it was found that the variation of radio emissions from the planet did not match Saturn's rotation rate.

For slow overall rotation, an equatorial jet formed that eventually developed instabilites as the inner sphere rotation rate (i.e., Ro) was increased and the Coriolis force did not have a significant effect on the flow.

Previous DEM models did not account for such rapid changes in the impeller's rotation rate, which caused gross errors in the predicted rates of energy dissipation.