Приклади вживання Molecular clouds Англійська мовою та їх переклад на Українською
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Giant molecular clouds.
Interaction of the supernowas remains with molecular clouds".
Giant molecular clouds and gamma rays.
Its enormous size makes it one of the largest molecular clouds in our galaxy.
Giant molecular clouds The comets in Solar system.
This Hubble image features dark knots of gas anddust known as"Bok globules," which are dense pockets in larger molecular clouds.
Star formation, molecular clouds, early Universe.
Molecular clouds, circumstellar disks, and the primordial solar nebula.
The presence of amorphous ice in molecular clouds has been observationally confirmed.
Molecular clouds are rare, but are important parts of the galaxy where molecules form and evolve.
Stars typically form in large molecular clouds of gas and dust, which collapse under their own weight.
The process of fine structure cooling is dominant in most regions of the Interstellar Medium,except regions of hot gas and regions deep in molecular clouds.
Giant molecular clouds The comets in Solar system Supernovas.
This current work calculates how muchwater could exist in the gas phase within molecular clouds that will form later generations of stars and planets.
They are found near molecular clouds and identified by their optical variability and strong chromospheric lines.
Fine structure cooling: The process of fine structure cooling is dominant in most regions of the Interstellar Medium,except regions of hot gas and regions deep in molecular clouds.
For example, in molecular clouds only hard x-rays can penetrate and x-ray heating can be ignored.
The longer wavelengths of infrared can penetrate clouds of dust that block visible light,allowing the observation of young stars embedded in molecular clouds and the cores of galaxies.
We looked at the chemistry within young molecular clouds containing a thousand times less oxygen than our Sun.
We know that molecular clouds are turbulent, so you would suspect massive stars could form in those conditions.”.
The mechanism by which hydrogen sulphide is released as gas in interstellar molecular clouds is described by scientists in Japan and Germany, in the journal Nature Astronomy.
Particularly dense molecular clouds, like LDN 483, qualify as dark nebulae because of this obscuring property.
New stars are formed in so-called molecular clouds, where most of the gas is in the form of molecules, and is very cold.
Stars form deep within molecular clouds and the earliest stages of their development cannot be seen in visible-light telescopes because of obscuration by dust.
These ominous figures are actually molecular clouds, knots of molecular gas and dust so thick they have become opaque.
Space diamonds are found in cold molecular clouds where pressures are billions of times lower and temperatures are below minus 240 degrees Celsius(minus 400 degrees Fahrenheit).
Stars form deep within molecular clouds and the earliest stages of their development cannot be seen in visible-light telescopes because they kick out so much dust.
Using submillimetre observations, astronomers examine molecular clouds and dark cloud cores with a goal of clarifying the process of star formation from earliest collapse to stellar birth.