Examples of using Superconductivity in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
One promising technology is superconductivity.
Superconductivity at the nanoscale: theory, simulations, and experiments.
In 1987 he wasone of the first scientists to demonstrate high-temperature superconductivity.
For chains below 50 nanometers in length, superconductivity decreased as the chains became shorter.
The other insists that it is not connected,and in fact may be a phase that is competing with superconductivity.
The emergence of superconductivity in certain metals and ceramics when cooled below a critical temperature.
The discovery could provide a missing piece of one ofthe big puzzles in physics today- high-temperature superconductivity.
It underpins the superconductivity levitation train that has been developed in Japan with advantages of speed, energy saving and low noise.
These can be useful for robust quantum computers andcould help to understand superconductivity at high temperatures.
In 1986 the two succeeded in achieving superconductivity in lanthanum barium copper oxide(LBCO) at a temperature of 35 K.
The researchers believe it maybe possible to enhance the critical temperature of the superconductivity further at even higher pressures.
There is currently no satisfactory theory of superconductivity in general, although superconductivity in metals is understood fairly well.
The electrons involved in the pseudogap arewasted electrons because they do not contribute to superconductivity," Goddard says.
For the first time, scientists achieve"high-temperature" superconductivity(above 77 degrees Kelvin) with a ceramic compound of yttrium, barium, copper and oxygen.
They studied a sample with twist angle of 1.3 degrees- only slightly larger than the magic angle butstill far enough away to preclude superconductivity.
Can also be used for aerospace plasma engine, laser,low temperature superconductivity and nuclear industry and other cutting-edge technology.
The superfluid motion of pairs of electrons(Cooper pairs)within a cooled metallic lattice is also the mechanism behind superconductivity.
At high densities, quark matter is a Fermi liquid,but is predicted to exhibit color superconductivity at high densities and temperatures below 1012 K.
As more work is done on superconductivity, the team of physicists in Stockholm and at UMass Amherst say the family of multi-band superconducting materials will grow.
Scientists and technologists routinely achieve temperatures close to absolute zero,where matter exhibits quantum effects such as superconductivity and superfluidity.
A truly remarkable property of quantum materials, superconductivity is a complete loss of electrical resistance under quite particular, and sometimes, very harsh conditions.
Niobium also finds applications in atomic reactors due to its corrosion resistance and, when combined with either tin(Nb3Sn) or zirconium,it has a high degree of superconductivity.
They demonstrated that superconductivity could occur at low temperatures and also explained the mechanism, phase transition, that makes superconductivity disappear at higher temperatures.
The team speculates that the gap between these energy levels provides a new andsmaller energy scale above which superconductivity ceases to occur- explaining the smaller measured values.
Superconductivity refers to the phenomenon that some of the material disappears completely under certain conditions, and the current flows in the material without loss, without energy loss and heat.
In all superconductors, there is a superconducting energy gap, which is the amount of energy required to excite an electron from the superconducting state into ahigher energy level not associated with superconductivity.
Superconductivity phenomenon in the electronics industry has a wide range of prospects, but the relevant technology from the large-scale practical application there are many problems to overcome.
United States for his contribution to elementary particle theory, including recognition of the roleplayed by spontaneous symmetry breaking in analogy with superconductivity theory, and the discovery of the color symmetry of the strong interactions.
They showed that superconductivity could, in fact, take place at low temperatures and also explained the mechanism- phase transition- that makes superconductivity disappear at higher temperatures.