2009年12月16日 · In summary, the difference between s-wave and d-wave superconductivity lies in the symmetry of the order parameter. The "s-wave" is spherically symmetric while the "d …

2008年5月3日 · The most "obvious" difference between a superconductor and an ideal conductor is that the former expels all magnetic fields when it goes through the superconducting …

2024年12月6日 · The question is in the title. I'll just repeat it, is it theoretically even possible to have an operating superconductor at 25 celsius degrees? What is the theoertical threshold …

2011年5月19日 · 1. Conventional superconductor: 96% hole superconductors (Chapnik rule). 2. HTSC: hole doped Tc much greater than electron doped Tc 3. Phase diagram of Tc and % of …

2008年7月25日 · Light Speed Speed of light Superconductor In summary, the conversation discusses the speed of light in a material and how it is affected by various properties such as …

2014年4月15日 · Firstly, a larger superconductor will have a lower resistance, resulting in less power dissipation. Secondly, the shape of a superconductor can affect its critical temperature. …

2010年12月2日 · Getting back to the original question, DrDu is right - there is an upper limit to the current (actually, the current density), and beyond that, the superconductor becomes normal …

2014年10月9日 · bcs theory Explain Superconductor Theory In summary, BCS theory is unable to fully explain high Tc superconductors and there are two main theories, resonating-valence …

2012年7月25日 · The resistance heats the superconductor, it can carry even less current, and heats more, and you get a nice quench. While the current is not infinite, it can stay circulating …

2021年5月31日 · In summary, a superconductor is a material that has zero resistance, which implies that according to I=nAvq , v must be infinite too. However, this does not always hold …