Examples of using Heavier elements in English and their translations into Hungarian
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Heavier elements are produced this way.
However, helium captureis not the only possible process by which heavier elements are formed.
So how are heavier elements like gold and uranium created?
It makes sense, since the Sun andother stars fuse hydrogen in their cores to create heavier elements.
As they age, stars also fuse those heavier elements to make more complex ones.
Heavier elements like silicon, sulfur and iron are created in more massive stars;
These reactions fuse progressively heavier elements, temporarily halting the collapse of the core.
It ends once the star has exhausted the hydrogen in its core andbegins fusing heavier elements.
As it consumes the heavier elements, it begins to expand. It's basically turning into a red giant.
These particles play a vitalrole in the supernova explosions that blast into space the heavier elements necessary for life.
Naturally, the heavier elements tend to sink into the substrata, so a really good sandstorm is a bonus.
After some lengthof time, any given star will convert too much hydrogen into helium(or heavier elements) to continue nuclear fusion.
Even on Urantia the known heavier elements manifest a tendency to fly to pieces, as is illustrated by radium behavior.
The bigger the star, the higher the temperature the core can reach andthe more likely it is to be able to make the heavier elements.
Forming the heavier elements requires much higher temperatures, temperatures that can only be reached at the end of a star's life.
Normally, hot Jupiter-sized planets arestill cool enough inside to condense heavier elements such as magnesium and iron into clouds.
This is because the universe's heavier elements were gradually formed in the cores of stars and in supernova explosions.
The internal heat of the earth continued to be augmented by the deeper anddeeper burial of the radioactive or heavier elements brought in from space by the meteors.
The heavier elements may be synthesized by bombardment with heavier particles, such as α particles or heavier nuclei.
We have seen how, although nuclear fusion in starsproduces elements only up to iron-56, heavier elements are produced by a variety of processes.
If the heavier elements are not being made in stars like the sun, then there must be somewhere else in the universe where they are assembled.
Enrico Fermi, an Italian physicist,was trying to create heavier and heavier elements by bombarding uranium atoms with neutrons- in effect, nuclear fusion.
Stars create heavier elements in their cores, and when the stars die, those heavier elements go back into the gas from which the next stars form.”.
As the helium nucleus is also called an alpha-particle, these elements are known as alpha-elements andare more abundant than other heavier elements.
The less common, heavier elements weren't pushed quite so far, and that's why the small, rocky planets are close, while the massive, gassy planets are far.
The dynamics of the stars had to be such that some would eventually explode, and, moreover,explode precisely in a way that could disburse the heavier elements through space.
As stated before, heavier elements like carbon, oxygen and iron are produced by the fusion of helium nuclei in the core of huge stars.
Other results of Chandra reveals thatAntennae Galaxies contain high amount of heavier elements too: magnesium, neon and silicon which are needed to form habitable planets.
But had the weak nuclear forces been greater, neutrinos would have remained trapped in the center of supernovas and again,couldn't have let the heavier elements be ejected into space.
The research team now believes that as the fast-moving hydrogenescapes the planet's gravity, it pulls along heavier elements from lower altitudes in a phenomenon called“blow-off”.
