Sentence examples for determine the orbit of from inspiring English sources

At S.S.P., students work in teams of three to determine the orbit of an asteroid.

In this capacity he helped determine the orbit of the newly discovered planet Neptune and calculated the perturbations produced between its own orbit and those of Uranus and other planets.

When Newton's mechanics is applied to determine the orbit of the planet Mars, this can be counted as one problem.

Sentry spacecraft determine the orbit of each object, and compare it with the onboard database of known NEOs.

Eris's discoverer, Michael Brown, a planetary scientist at the California Institute of Technology in Pasadena, California, along with Caltech colleague Emily Schaller, weighed the dwarf planet by using the Keck Observatory and the Hubble Space Telescope to determine the orbit of its satellite, Dysnomia.

However, subsequent analysis suggests that the Hipparcos measurements are not precise enough to accurately determine the orbits of substellar companions, and the inclination and true mass remain unknown.

We used a modified version of the FANMOD algorithm [ 38] to find all graphlets in g which contain a specific edge e and determined the orbit of e in the graphlet using the nauty package [ 39].

Finally, we turn to the ℛ-symmetric setting, as introduced in Section 8.1, and determine the orbit structure of quasifree pure states which are translation-invariant and ℛ-symmetric under the action of operators in q d R. Proposition 40 The unitaries generated by the Lie algebra q d R act transitively on the set of quasifree pure states which are translation-invariant and ℛ-symmetric.

Using a computer program that determined the orbits of comets and asteroids from observations, Marsden added a term for the expected rocket effect when the comet was active.

This paper proposes an efficient and robust method to determine the orbit using the available information of two tracklets, i.e. their line-of-sights and their derivatives.

The position error in the one-hour prediction using this strategy is less than 47 m using the 1.5 h data to determine the orbit, and the residual RMS divergences of GNSS and range measurement are reduced by 96%and67%7%, respectively.