"overall rotation" is correct and usable in written English.
You could use it to describe a general pattern of motion, for example, "The planets in our solar system have an overall rotation around the sun."
Given that the conservation of angular momentum results in most stars and planetary bodies having a significant amount of overall rotation, rotational effects will often be present even in dynamos not requiring them for their operation (Olson 2013).
Time-resolved anisotropy studies demonstrate that the TR- and TAMRA-aptamer anisotropy decays are dominated by the overall rotation of the aptamer, whereas the fluorescein-aptamer anisotropy decay displays a subnanosecond rotational correlation time much shorter than that expected for the overall rotation of the aptamer.
The feature is first located at 6.5 h LT and rotates at 56% rigid corotation, i.e., somewhat faster than the overall rotation rate of the wider form, although it fades throughout the first orbit.
Titan's overall rotation rate is locked in so that the same side always faces Saturn.
This is achieved by matching the excitation pulse with the refocusing cycle such that the initial transverse magnetization lies along the axis n̂B characterizing the overall rotation of the refocusing cycle.
We solve for the onset of convection in such an r−5 force field, as a function of the radius ratio (varying between 0.3 and 0.6), the Prandtl number (varying between 1 and 100), and the Taylor number (measuring an overall rotation of the whole shell, which will also be possible in the experiment).
The model predicts the overall rotations, both amplitude and direction, reasonably well over the entire stereographic triangle.
Overall rotations from the initial tensile axis along the gauge length as well as localized changes in orientation have been evaluated.
Major assumptions are as follows: straight beam neutral axis; horizontal rotation; small displacements but large overall rotations; in-plane deformation in the direction normal to the beam neutral axis and rigidity of added masses.
The Taylor model using the solution to the ambiguity problem which maximises primary slip predicts the overall rotations reasonably well in some of the regions, however large discrepancies occur, especially in the 〈1 0 0〉 corner and in the middle of the stereographic triangle.
Analysis of the orientations for the four-frame averaged particles that were aligned correctly according to the tilt-pair analysis revealed that overall rotations and translations during the exposure are in the order of 1.7 ± 1.2° and 4.2 ± 2.3 Å, respectively.
