Sentence examples for mean motion of from inspiring English sources

The mean motion of the spacecraft and the time are averaged using two successive Lie Deprit transformations.

Although the mean motion of the Moon around the Earth depends mainly on the gravitational attraction between them, it is slightly diminished by the pull of the Sun on the Moon.

As the resonances are not separated much in frequency, there may exist values of the mean motion of the asteroid where both θ and θ′ would be angles of libration if either resonance existed in the absence of the other.

A new population of uncatalogued objects in geosynchronous Earth orbits (GEO), with a mean motion of about 1 rev/day and eccentricities up to 0.6, has been identified recently.

Holm, Marsden, and Ratiu (Adv. in Math.137(1998), 1 81) derived a new model for the mean motion of an ideal fluid in Euclidean space given by the equationV t)+∇U t) V t)−α2[∇U t)]t·ΔU t)=−grad p t) where div U=0, andV=(1−α2Δ) U.

The mean motion of particle in a quadrupole Paul trap is stable for β < b /2 where β is the imaginary part of Mathieu exponent, μ = α + iβ.

If, for example, Jupiter and the Sun are the two massive bodies, these stable configurations occur when the mean motions of Jupiter and the small particle here an asteroid are near a ratio of small integers.

While recording the motions of many stars, he discovered the phenomenon of star streaming i.e., that the peculiar motions (motions of individual stars relative to the mean motions of their neighbours) of stars are not random but are grouped around two opposite, preferred directions in space.

As with similar objects discovered in near synchronous trajectories, long lifetime orbits, with mean motions of about 2 revolutions per day, were found possible for debris characterized by extremely high area-to-mass ratios.

In order to close the systems of moment equations, we represent the galaxies as heterogeneous spheroids with arbitrary stratifications of their density distributions, and we represent the mean motions of the stars in terms of velocity fields that sustain the adopted density distributions consistently with the equation of continuity.

MV T and (text {MV}_{overline {F}}) represent the motion vector of the current block and the mean motion vector of the neighbor (top, bottom, left, and right) blocks surrounding T, respectively.