Examples of using Interstellar dust in English and their translations into Russian
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Colloquial
Interstellar dust is contaminating the warp field.
Most of the emission at infrared wavelengths originates from interstellar dust.
The extinction of the light is caused by interstellar dust grains located in the coldest, densest parts of larger molecular clouds.
The visual magnitude of this star is reduced by 0.38 because of extinction from interstellar dust.
Scientists use it to study the Solar System, interstellar dust and gas, and distant galaxies.
The star's remnants, carbon-rich"dust" similar to graphite,therefore become part of the interstellar dust.
A significant fraction of the light from this star is absorbed by interstellar dust, particularly at the blue end of the spectrum.
At that distance, the visual magnitude of the stars is diminished from an extinction of 0.04 due to interstellar dust.
Recent analysis of that data, however,suggested that interstellar dust had resulted in misleading measurements.
Stardust@home is a citizen science project that encourages volunteers to search images for tiny interstellar dust impacts.
This interstellar dust is found primarily within the galaxy's spiral arms, and it has been shown to be associated with star formation regions.
However, as ultraviolet light is easily absorbed by interstellar dust, an adjustment of ultraviolet measurements is necessary.
The Milky Way crosses the night sky and you can pick out various groups of stars andgas concentrations and interstellar dust where stars are born.
During the creation of a star system,when clouds of interstellar dust and gas coalesce, turbulent magnetic and gravitational fields may develop.
In the investigation of the infrared spectrum of the Galactic Center monoxide vibrations of iron carbonyls in interstellar dust clouds were detected.
In order to spot impacts of interstellar dust, just over 700,000 individual fields of the aerogel will have to be visually inspected using large magnification.
In this model, the Solar system formed from a large, rotating cloud of interstellar dust and gas called the solar nebula.
The population inversion in hydroxyl molecules is produced by far infrared radiation that results from absorption andre-emission of light from forming stars by surrounding interstellar dust.
A NASA team analyzed the particle capture cells andremoved individual grains of comet and interstellar dust, then sent them to about 150 scientists around the globe.
When viewing space from Earth, the attenuation, interstellar dust, and stars in the plane of the Milky Way(the galactic plane) obstruct the view of around 20% of the extragalactic sky at visible wavelengths.
As an incentive for volunteers,the first five phases of Stardust@home allowed the first individual to discover a particular interstellar dust particle to name it.
As hydroxyl emission is not subject to extinction by interstellar dust in its host LIRG, hydroxyl masers may be useful probes of the conditions where star formation in LIRGs takes place.
After registering and passing the test,participants have access to the web-based"virtual microscope" which allows them to search each field for interstellar dust impacts by focusing up and down with a focus control.
At the end of the story, it is revealed that the great blackout was caused by interstellar dust, and that even though it continues to wreak havoc on the global climate, people everywhere are still surviving.
A 2006 study found that Delta Corvi displayed no excess infrared emission that would otherwise suggest thepresence of circumstellar matter, however warm interstellar dust was detected in a 2014 study.
From February to May 2000 and from August to December 2002,the Stardust spacecraft exposed its"Stardust Interstellar Dust Collector"(SIDC), a set of aerogel blocks about 0.1 m²(1 ft²) in total size, to interstellar dust.
The star is radiating around 3,200 times the luminosity of the Sun from its outer atmosphere at an effective temperature of about 8,128 K. It does not display an infrared excess due to circumstellar dust or a possible infrared-bright companion, butthe light from this star is subject to extinction from interstellar dust.
The programme relates to the study of cold objects such as planets, comets or cold clouds, the physics of interstellar space,the physiochemistry of interstellar dust, the formation of stars, the variation from one galaxy to another and the study of the primitive evolution of the galaxies.
In addition to capturing cometary dust at 6.1 km/s, work is now being done, in collaboration with the Universityof Heidelberg in Germany, to capture interplanetary and interstellar dust at speeds of up to 25 km/s.
A hypothesis to the asteroid belt creation is that in general, in the Solar System, a planetary formation is thought to have occurred via a process comparable tothe long-standing nebular hypothesis: a cloud of interstellar dust and gas collapsed under the influence of gravity to form a rotating disc of material that then further condensed to form the Sun and planets.