Приклади вживання Gravitational fields Англійська мовою та їх переклад на Українською
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Time is greatly affected by gravitational fields.
The planetary gravitational fields can occasionally deflect these objects in towards Earth.
Einstein's theory holds in extreme gravitational fields.
Well, we know that gravitational fields bend space and time.
The effects of Einstein'stheory are especially significant in strong gravitational fields.
It is well-known that in strong gravitational fields, time slows down.
Their gravitational fields prevent the cooling of gas clouds in space, from which new stars are born.
Electrostatic, magnetostatic and gravitational fields are all of different character.
These stars are masses as great as the sun packed into aregion the size of Manhattan brimming with magnetic and gravitational fields.
Topographic surfaces and gravitational fields of the Earth, Moon and terrestrial planets.
So it's very important in astronomy to also check that thoselaws are still valid where the gravitational fields are very much stronger.".
They have such powerful gravitational fields that they produce gravitational waves when they collide with each other.
We can describe them as regions of space-time with such strong gravitational fields that even light cannot escape.
In such strong gravitational fields small increases in the mass can lead to large changes in the space-time around such objects.
They are so close to each other that their gravitational fields interact with each other.
Erupting magmas may also behave differently on planets with different interior compositions,atmospheres, and gravitational fields.
It holds that even objects with their own strong gravitational fields should respond to gravity in the same way as one another.
My work in the 1970s focused on the black holes that can result from such stellar collapse andthe intense gravitational fields around them.
And since these bodies have intense, tangled gravitational fields and we have a clock that moves through them, testing Einstein is fair game.
So it's very important in astronomy to also check that thoselaws are still valid where the gravitational fields are very much stronger".(more…).
The main property of a black hole is its incredible gravitational fields, which do not allow the surrounding space and time to remain in their usual state.
It looks like we have two effects going on: each object's velocity affects how it experiences gravity,and so do the changes that occur in gravitational fields.
What really happens during the very early or late stages of the universe,when gravitational fields are so strong that quantum effects cannot be ignored?
These systems include gravitational fields, which obey the inverse-square law, as well as systems with point sources, such as radio antennas.
The amount of warping in our neighbourhood, is very small, because all the gravitational fields in the solar system, are weak.
Examples of fields are gravitational fields that surround masses, electric fields around charges, and magnetic fields around magnets.
For some of these alternatives, these differences would only show up in extremely strong gravitational fields that cannot be found in the Solar System.
This has opened portals by which our team's strategy can infiltrate or fill in the holescreated by Gaia's increase in frequency and the decrease in her magnetic and gravitational fields.
It is used extensively in physics and engineering,especially in the description of electromagnetic fields, gravitational fields and fluid flow.
Professor André Füzfa, from the Universitede Namur in Belgium,thinks we have the technology to create and manipulate weak artificial gravitational fields.