Noun:

সুপারকনডাক্টর,

superconductors's Usage Examples:

superconductors refer to materials with a critical temperature below 30 K.

One exception to this rule is the iron pnictide group of superconductors which.

High-temperature superconductors (abbreviated high-Tc or HTS) are operatively defined as materials that behave as superconductors at temperatures above.

The experiment demonstrated for the first time that superconductors were more than just perfect conductors and provided a uniquely defining.

Since superconductors have no DC resistance, they typically have greater efficiency.

Type-II superconductors do not exhibit a complete Meissner effect.

In 1935, Rjabinin and Shubnikov experimentally discovered the Type-II superconductors.

the 122 iron arsenides) form a new group of iron-based superconductors known as iron pnictides or ferropnictides since the oxygen is not essential.

for his "experimental discoveries regarding tunnelling phenomena in superconductors".

postulated as a phenomenological model which could describe type-I superconductors without examining their microscopic properties.

In conventional superconductors, this attraction is due to the electron–phonon interaction.

Cuprate superconductors are a family of high-temperature superconducting materials made of layers of copper oxides (CuO2) alternating with layers of other.

Iron-based superconductors (FeSC) are iron-containing chemical compounds whose superconducting properties were discovered in 2006.

of other superconductors require more expensive cryogens.

Nonetheless, YBCO and its many related materials have yet to displace superconductors requiring.

its composition, MgB2 differs strikingly from most low-temperature superconductors, which feature mainly transition metals.

alloys from thousands of other superconductors and justify their status as the most widely utilized (workhorse) superconductors.

Macroscopic quantum phenomena can be observed in superfluid helium and in superconductors, but also in dilute quantum gases, dressed photons such as polaritons.

In type-I superconductors, superconductivity.

ruthenate is structurally very similar to the high-temperature cuprate superconductors, and in particular, is almost identical to the lanthanum doped superconductor.