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日本大阪大学基础工学部的小林猛教授等人发现,在液氮温度下,出现超导现象的陶瓷类超导物质,受到激光照射后,能发出照射激光波长完全不同的光。这种发光现象很有可能使陶瓷类超导物质成为将来发光元件和电子元件一体化的光电子集成电路适用的材料.确认具有发光现象的超导物质是铒钡铜氧陶瓷.当它受到氩激光照射后,便发出波长为
Professor Nihon Kobayashi of Basic Engineering Department of Osaka University in Japan found that superconducting superconducting materials with superconductivity at liquid nitrogen temperature can emit completely different laser wavelengths when irradiated by laser light. This phenomenon of luminescence is likely to make ceramic superconducting materials become the future of light-emitting components and electronic components integrated optoelectronic integrated circuit suitable material to confirm the phenomenon of luminescence superconducting material is erbium barium copper oxide ceramic when it is argon laser After irradiation, it emits a wavelength of