What are superconductors? Differentiate type-I and type-II superconductors.
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The phenomenon of loss of electrical resistance by a substance on cooling
it to extremely low temperature is known
as superconductivity and substance under
these conditions are called superconductors.
it to extremely low temperature is known
as superconductivity and substance under
these conditions are called superconductors.
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0
Superconductors and differences between type-I and type-II:
- The material which conducts electricity is called as superconductors.
- The material which allows the electron from one atom to the another is determined as superconductors.
- A superconductor becomes superconductive when the temperature becomes lowers than the critical temperature.
- These substances can conduct electricity with no resistance.
- Depending upon the external Magnetic field they can be classified as type-I and type-II.
Differences type-I and type-II superconductors:
Type-I Superconductors:
- Critical temperature is low.
- Critical Magnetic field is low.
- They are diamagnetic.
- These have very Limited Applications.
Type-II Superconductors:
- There is some high in critical temperature.
- Critical Magnetic field is high.
- They are not completely diamagnetic.
- These have many Practical Applications.
Learn more about Superconductors
Superconductors are materials that appear to exhibit no resistance. Therefore, electrons passing through a superconductor will
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