「SUPER CONDUCTOR」の共起表現一覧(1語右で並び替え)
該当件数 : 39件
ectric current flows on the surface of the | superconductor, acting to exclude the magnetic field of t |
ese methods could be used to magnetise the | superconductor and this may be done either in situ or ex |
V compound semiconductor, high temperature | superconductor and ferroelectric oxide material systems. |
is a physicist known for his research into | superconductor applications, and is a professor and assis |
Its name comes from the words torus and | superconductor, as Tore Supra is the only one of the larg |
the magnetic moment of any rotation of any | superconductor, caused by the electrons lagging behind th |
in a CCC are the ideal diamagnetism of the | superconductor, caused by the Meissner effect, and the ma |
The first unconventional | superconductor composed of organic material, was discover |
In both cases, large | superconductor disks were fabricated. |
as a perfect diamagnet or an ideally hard | superconductor, easily levitates an ambient external magn |
ti-mile, triangular electricity pathway of | Superconductor Electricity Pipelines capable of transferr |
management positions in semiconductor and | superconductor electronics. |
ls by radio and conducted high-temperature | superconductor experiments with the Elektropograph-7K dev |
tures on the electrical resistance and the | superconductor for different metals. |
The | superconductor forms an axisymmetric magnetic field of a |
nuclear technology, Semiconductor physics, | superconductor, general relativity, polymer physics, expe |
m-mechanical phenomenon whereby a spinning | superconductor generates a magnetic field whose axis line |
-mechanical phenomenon, whereby a spinning | superconductor generates a magnetic field whose axis line |
Nb3Sn was discovered to be a | superconductor in 1954, one year after the discovery of t |
challenge of constructing a 2 km diameter | superconductor in space, and the political difficulty of |
American | Superconductor installed a test of a superconducting elec |
The alignment may be possible by trapping | superconductor ions in a lattice structure in a high-temp |
that the electromagnetic free energy in a | superconductor is minimized provided |
many years on spin-polarized tunneling in | superconductor junctions along with Bob Meservey and Paul |
and Texas Interconnections via three 5 GW | superconductor links. |
The dual | superconductor model is motivated by several observations |
etic levitation guide using a bulk high-Tc | superconductor, published in Physica C: Superconductivity |
Two attempts were made to repeat the | superconductor rotation experiment, one in house and one |
MgB2 is a multi-band | superconductor, that is each Fermi surface has different |
agnetic field is forced to run through the | superconductor, the field lines are compressed in magneti |
In a dual | superconductor the roles of magnetic and electric fields |
ny direction of electron momentum k in the | superconductor, the magnitude of the order parameter and |
uark-antiquark pair are immersed in a dual | superconductor, then the electric field lines get compres |
Magnetic field lines, are excluded from a | superconductor when it is below its critical temperature. |
ecays rapidly to zero in the interior of a | superconductor, which is known as the Meissner effect. |
LaB6 is a | superconductor with a relatively low transition temperatu |
n of the Frame-dragging effect caused by a | superconductor with an accelerating or decelerating spin. |
erial prepared using a tube furnace is the | superconductor YBa2Cu3O7. |
g symmetry of the high-temperature cuprate | superconductor YBCO. |
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