Preparation and Properties of Low Tc Copper Oxide Single Crystals

具有转变温度（Tc）的氧化铜超导体 在过去的几年里，人们对125K的高温进行了大量的研究， 高Tc和异常正常态的起源是 仍然未知。 我们建议制备低成本的氧化铜自组装材料 Tc和测量它们的物理性质。 测量将 由高品质的晶体制成， 掺杂（载流子）。 目的是阐明 超导性和反常正常态的性质， 全是氧化铜超导体。

Copper oxide superconductors with transition temperature (Tc) as high as 125K have been much studied during the past few years but the origin of the high Tc and that of the unusual normal state are still unknown. We propose to prepare copper oxide scs with lower Tc and to measure their physical properties. Measurements will be made on high-quality crystals with a systematic variation of doping (carriers). The objective is to elucidate the mechanism for superconductivity and the nature of the anomalous normal state in all copper oxide superconductors.