王洪吉
（天津理工大学理学院，天津 300384）
关键词:交叉学科；室温超导体；十二音律化学元素周期表；不协和音程；功能材料
中图分类号：TM26 文献标识码：A
摘要：目前发现的高临界温度的合金超导体、二硼化镁超导体、铜氧化物超导体、铁基超导体，都包含不协和音程，临界温度越高，不协和音程个数也越多。最近人们又发现了室温超导体。与高临界温度超导体类似，有些室温超导体，也包含不协和音程，临界温度越高，不协和音程个数也越多。本文给出了很多超导体的例子，通过这些实例，指出可以通过材料不协和音程寻找高温、室温超导体。这种方法能够显著提高发现新的高温、室温超导体的效率，找到具有更高临界温度的超导材料．
Search for high temperature and room temperature superconductorsby using non concord musical interval
Wang Hongji
College of science, Tianjin University ofTechnology, Tianjin 300384, China
Keywords: Interdisciplinarysubject; room temperature superconductors; twelve temperaments chemicalperiodic table; non-concord musical interval; functional materials
Abstract: Itis discovered that high critical temperature alloy, MgB2, copperoxide and iron-based superconductors contain non-concord musical interval. The higherthe critical temperature is, the more non-concord musical interval they will contain.The room temperature superconductors have recently been discovered. In analogy,some room temperature superconductors also contain non-concord musicalinterval; and the higher the critical temperature is, the more non-concordmusical interval they will contain, too. Many examples of superconductors weregiven and based on the examples it was pointed out that high criticaltemperature and room temperature superconductors can be searched for accordingto the material’s non-concord musical interval. This method can promote efficiencyin the discovery of new superconductors with high critical temperature and roomtemperature, finding superconductor materials of much higher criticaltemperature.