Приклади вживання Intense radiation Англійська мовою та їх переклад на Українською
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The intense radiation from the young stars has cleared a hole in the centre of the nebula.
The Pioneer craftsalso revealed the presence of a thin atmosphere and intense radiation belts near its orbit.
Stellar winds and intense radiation from these young stars have blown open a hollow in the surrounding gas and dust.
In the future,mankind can no longer live on the ground due to intense radiation, both from the sun and from abandoned nuclear plants.
Because the dust disk can be very dense,there will be extremely cold regions that are protected from the intense radiation at the heart.
During their rotation of stars emit intense radiation in the form of rays that are similar to the rays of light of the lighthouse.
Signs of life are more likely to be found two or three meters beneath the planet's surface,in an environment that's protected from intense radiation.
The resulting belts of intense radiation fry spacecraft electronics, limiting the durations of missions to months or even weeks.
Planet so close to a star,a thin atmosphere would be stripped away by the star's intense radiation and outflow of material(often called stellar winds).
Jupiter's intense radiation bombards the surface of Europa, destroying any organic markers that may have migrated up from the subsurface ocean.
In many galaxies the material around thesupermassive black hole at the centre gives off intense radiation and ionises the surrounding gas so that it glows strongly.
Regular intense radiation leads to adult hypertension in children to cancer(especially blood), markedly reduces the protective power of a small body.
In visible light, these stars appear as a blue-white colour,but they also emit intense radiation in other parts of the spectrum- most notably in the ultraviolet.
Since the planet has intense radiation belts that can fry delicate internal components, mission managers wanted the probe to spend as little time as possible in close proximity to it.
They also argue that with the planet so close to a star,a thin atmosphere would be stripped away by the star's intense radiation and outflow of material(often called stellar winds).
During a powerful outburst in 2015, intense radiation caused the inner few thousand kilometers of the accretion disk to"puff up" into a doughnut-shaped structure.
Several competing theories exist about where this light came from,but two frontrunners include the universe's first generation of stars, and the intense radiation from matter as it falls toward black holes.
But as the stars get hotter and brighter, their intense radiation and stellar winds gradually clear the clouds around them until they emerge in all their glory.
They used the FORS2 instrument to map a region of the sky around the bright quasar HE 0109-3518, looking for the ultraviolet light that is emitted byhydrogen gas when it is subjected to intense radiation.
But as the stars get hotter and brighter, their intense radiation and stellar winds gradually clear the clouds around them until they emerge in all their glory.
Intense radiation and stellar winds from the cluster's brilliant stars have sculpted the dusty Pillars of Creation over time and should fully evaporate them in about three million years.
Arriving at Jupiter in December 1973,Pioneer 10 revealed Jupiter's intense radiation output, its tremendous magnetic field, and the probability of a liquid interior.
Intense radiation could strip away the ozone layer of Earth-like planets around other stars and render them uninhabitable, according to a new study led by Dr Eike Guenther of the Thueringer Observatory in Germany.
For more stars to form in environments like the Pillars of Creation,it is a race against time as intense radiation from the powerful stars that are already shining continues to grind away at the pillars.
Its massive stars produce intense radiation, expel matter at high speeds as stellar winds, and race through their short but brilliant lives to explode as supernovae.
For example, infrared light is amplified by carbon dioxide in the atmospheres of Mars and Venus,excited by solar radiation, and intense radiation from stars stimulates laser action in hydrogen atoms in circumstellar gas clouds.
If star formation happened rapidly, all stars would bebound together in massive clusters… where the intense radiation and supernova explosions would likely sterilise all the planetary systems, preventing the emergence of life," Crocker said.