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Search results for keyword: superconductors
superconducting gap
Superconducting Gap Superconductivity is a state where electrical current flows with zero resistance in certain materials which are cooled below a certain temperature called the critical temperature. A superconducting gap is the gap in the energy spectrum of the material which is necessary for t......
High temperature superconductor bulk structure
High-temperature superconducting block materials (HTSB) have been widely used in a variety of applications and devices in the past several decades. Because of their superior electrical and thermal properties, HTSB materials are ideal for high-performance electronic devices and equipment. The micro......
tags: materials layers mgb2 material htsc structure
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Sophia
Schaffrey phase superconductor
superconductors superconductors are materials that are renowned for their ability to conduct electricity with no resistance and repel magnetic fields. superconductors have profound implications for electronic and electrical systems, especially for power lines and other large-scale operations, bec......
Electromagnetic Properties of superconductors
Superconductivity is one of the most remarkable and fascinating phenomena in the materials science, which has been the subject of intensive research by several scientific community over years. It was discovered by Heike Kamerlingh Onnes, who observed that the resistance of all metals drops to zer......
semiconductor heterojunction
Heterojunction Semiconductor Introduction The semiconductor heterojunction refers to a junction between two different semiconductor materials. It is a common technique used to construct a semiconductor device for various applications. This can be achieved by either depositing a thin layer of one ......
Niobium-titanium ultrafine core superconducting material
Introduction Niobium-titanium superconductor material is an innovative class of superconductors developed in the late 1980s. With their unique qualities, these materials have revolutionized the way electricity is used and stored in modern electrical systems. From power infrastructure to medical ......
Niobium-titanium alloy superconducting materials
Nickel-Titanium Alloy Superconducting Materials Nickel-titanium alloy superconducting materials (Ni-Ti alloys) have been increasingly utilized in research fields, offering superior properties over their predecessors due to their excellent thermomechanical properties and high critical currents. Th......
High temperature superconducting materials
High-temperature superconducting materials High-temperature superconducting materials, or HTSCs, refer to a new class of materials that exhibit zero electrical resistivity and dramatic enhancement of magnetic properties at temperatures higher than 30K, far above the previously known superconduct......
Yttrium-based oxide superconducting materials
Oxide Superconducting Materials Introduction Superconductivity is a phenomenon of almost zero electrical resistance, which occurs in certain materials at extremely low temperatures. Oxide Superconducting materials are a complex of molecules held together by strong covalent bonds and oxygen-oxyge......
Niobium-Zirconium Alloy Superconducting Materials
Introduction Niobium–Gallium High-Temperature Superconducting (Nb-Ga HTS) materials are a class of superconductors which are capable of operating at much higher temperatures than their low-temperature counterparts. They are made from two elements - niobium and gallium, both of which are abundant......
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