| 1. | Recently, other unconventional superconductors, not based on cuprate structure, have been discovered.
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| 2. | The cuprate superconductors adopt a perovskite structure.
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| 3. | In 2001 it was regarded as behaving more like a metallic than a cuprate superconductor.
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| 4. | Nevertheless, at present it is considered unlikely that cuprate perovskite materials will achieve room-temperature superconductivity.
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| 5. | Cuprate superconductors usually feature copper oxides in both the oxidation state 3 + as well as 2 +.
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| 6. | This indicates that the black copper oxide comes partially from the cuprate and partially from the PCB copper circuitry.
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| 7. | This figure shows a simplified version of the cuprate superconductor phase diagram and is based on that found at.
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| 8. | High-temperature cuprate superconductors show great promise for high-efficiency motors, transmission lines and many other applications.
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| 9. | Other type-II examples are the cuprate-perovskite ceramic materials which have achieved the highest superconducting critical temperatures.
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| 10. | "' Cuprate "'loosely refers to a material that can be viewed as containing anionic copper complexes.
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