Sentence examples for gravitational variations from inspiring English sources
"Measuring gravitational variations gives us a window for watching the transport of masses around the planet, changes that can affect climate and many other things".
By comparing sea heights measured by radar with models of where the surface ought to be if undisturbed by gravitational variations underneath, Dr. Sloss said, researchers can infer what the ocean floor looks like by the subtle changes it produces higher up.
Jay S. Famiglietti, director of the University of California's Center for Hydrologic Modeling here, said the center's Gravity Recovery and Climate Experiment, known as Grace, relies on the interplay of two nine-year-old twin satellites that monitor each other while orbiting the Earth, thereby producing some of the most precise data ever on the planet's gravitational variations.
It is important to remember here, that as illustrated in Figure 1D, the magnetic field variation is even steeper than the gravitational variation between them.
The spatial distributions of the horizontal components and are more complex reflecting the largest bathymetric gravitational signal variations with respect to the coordinate directions.
Gravitational waves are variations in the gravitational field that are transmitted as waves.
Adaptive optics, now used on ground-based mirrors to counter thermal, gravitational, and atmospheric variations, could be used to lower both the cost and weight of a new space-based mirror and forge the way for future missions.
Furthermore, even devices that do meet this assumption may be subject to significant adjustment error, particularly in the context of air vehicles where manoeuvres such as banked turns can cause an apparent variation in gravitational acceleration, and a consequent variation in the weight of the payload.
However, the variations in gravitational force can be considered as negligible on earth and there is no need to relate Pmax to BW in addition to BM. Pmax should be related to body surface when aerodynamic resistance is a limiting factor, for example, maximal speed in track cycling.
The distribution of pressure and temperature along the LN2 circulation loop is examined for various geographic conditions, taking into account the gravitational effect of altitude variation.
The transmission of variations in a gravitational field in the form of waves is called gravitational waves as predicted by Einstein's theory of general relativity.
