Приклади вживання To absolute zero Англійська мовою та їх переклад на Українською
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We can never get to absolute zero.
Bose-Einstein condensates are a state of matter that is produced at temperatures close to absolute zero.
When the temperature drops almost to absolute zero, helium becomes a dominant component-2.
Physicists prove that it's impossible to cool an object to absolute zero.
Here he first achieved temperatures close to absolute zero and in 1908 obtained liquid helium.
Remember, if you want to lose weight quickly,then fast food should be reduced to absolute zero.
They are formed at temperatures close to absolute zero and exist for only fractions of a second.
After almost 14 billion years,its temperature has dropped close to absolute zero(- 273°C).
They can endure temperatures close to absolute zero and as high as 151 degrees Celsius for a few minutes.
They cooled rubidium atoms close to absolute zero.
The physicists showed that cooling a system to absolute zero requires either an infinite amount of work or an infinite reservoir.
Used was only 5 couples which was placed in the refrigerator,which is cooled resonators to absolute zero.
In 1912,chemist Walther Nernst proposed that cooling an object to absolute zero is impossible with a finite amount of time and resources.
Helium is an exception- if it is not subjected to very high pressure,remains liquid down to absolute zero.
Understanding what it takes to get close to absolute zero could help guide the development and optimization of future cooling protocols for these applications.
It contains over 470 tons of superconducting magnets,all of which need to be cooled to absolute zero.
They require cooling at a temperature close to absolute zero and being placed in a high vacuum, under pressure 10 billion times lower than atmospheric pressure.
Don't forget, if you prefer to drop some weight quickly,then speedy food ought to be reduced to absolute zero.
Similar to helium,neutron matter is predicted to remain gaseous down to absolute zero at normal pressures, as the zero-point energy of the system is too high to allow condensation.
Because of the very weak interatomic forces in helium, the element remains a liquid atatmospheric pressure all the way from its liquefaction point down to absolute zero.
One of the teams of scientists- the European-cooled the atoms to a temperature close to absolute zero and placed them in a two-dimensional lattice.
Surely every user on the Internetproblem, the code loading pages that have been recently visited, is fast, but the actions performed on them, say, the playback of streaming audio or video(and especially online games)are reduced to absolute zero.
One of the teams of scientists- the European- cooled the atoms to a temperature close to absolute zero and placed them in a two-dimensional lattice.
I do not want to upset the reader, who uses the Windows-system to work, but in this environment the expediency ofopening files of this type is reduced to absolute zero. And that's why.
The Kelvin scale is used often in physics and is adjusted so that0 degrees Kelvin is equal to absolute zero, which is, in theory, the coldest possible temperature and at which point all kinetic motion ceases.
Remarkably, this drum-like minuscule object was lowered to a temperature of 0.00036 Kelvin,which is essentially the closest to absolute zero anything could realistically get.
However, these powerful"kids" should work at a temperature close to absolute zero, which requires the creation of special conditions for the functioning of the devices, based on the mechanism of quantum computing.
A machine using the principle of Maxwell's Demon has now been created in order to obtain temperatures so close to absolute zero that they are measured in millionths of a degree.
Using quantum processors cooled to 20 millikelvin(close to absolute zero), NASA engineers plan to use quantum computing to solve highly complex optimization problems involving billions of pieces of data.
Instruments for detecting infrared radiation include heat-sensitive devices such as thermocouple detectors,bolometers(some of these are cooled to temperatures close to absolute zero so that the thermal radiation of the detector system itself is greatly reduced), photovoltaic cells, and photoconductors.