Sentences with phrase «years orbit results»

The 9.8 years orbit results quite eccentric (e = 0.57), as typical for... ▽ More We have performed RV monitoring of the components of the binary system HD 106515 over about 11 years using the high resolution spectrograph SARG at TNG.

The 9.8 years orbit results quite eccentric (e = 0.57), as typical for massive giant planets.

Not exact matches

Another paper published earlier this year presented the results of numerical simulations providing a range of possibilities for the mass and orbit for such a hypothetical planet, that could account for the observed clustering of eKBO orbits.

«So when people tell me, «You haven't got any results,» when we've only been in orbit for a year, I say, «Stop!

The Van Allen Probes are a great mission, and part of that credit goes to the late Gene Heyler [who passed away in March 2013], who designed the orbits so that the satellites lap each other several times per year, which has been a key to the science results the mission can achieve.

Their results indicate a possible planet approximately the mass of Neptune — the smallest yet seen around a sunlike star — orbiting every 280 years.

It will be a few years before we see the results of this mission as, even through the Sun is quite close in astronomical terms, it is still a huge distance from the Earth and the mechanics of getting the probe into the right orbit require multiple orbits and positioning.

Let's say if we could launch, we could get in the orbit of Jupiter and Europa by 2022, you'd get results back by 2025 and then things don't happen as fast as you think they would so add ten years.

The Sagittarius Dwarf is believed to already have orbited the Milky Way about 10 times in the last billion years or so, and it still appears to have coherence as an elongated ellipse despite being torn apart by enormous tidal forces as a result of the interaction.

Warming in the early to mid-Holocene (the post-glacial period that covers the last 12,500 years) resulted from changes in the earth's orbit (as described by Milankovitch).

As a result of Earth's elliptical orbit, the time between the autumnal equinox and the following vernal equinox (about September 22 to about March 21) is almost one week shorter than the remainder of the year in the Northern Hemisphere.

This results in a very complex and constantly changing dance of the sun around the solar barycenter... but not regular 60 and 20 year orbit cycles.

The results confirmed elaborate calculations of orbits that indicated that the next ice age would not come naturally within the next ten thousand years or so, maybe in 20 - 30,000 years.