高临界温度超导材料的音乐声学规律  

High critical temperature superconducting material law of musical acoustics

作　　者：王洪吉[1] 

机构地区：[1]天津理工大学理学院,天津300384

出　　处：《商丘师范学院学报》2014年第12期40-43,共4页Journal of Shangqiu Normal University

摘　　要：在新的化学元素周期表的基础上,从音律的角度,分析研究高临界温度的合金、铜氧化物、铁基等超导材料.发现在各类合金和化合物材料中,包含的极不协和音程关系越多,临界温度也越高.指出包含极不协和音程结构的材料处于不稳定平衡状态,对温度的变化敏感,因而具有较高的临界温度.In this article on the basis of new periodic table of chemical element, high temperature alloys, copper oxide and iron-based superconductors were analyzed from the point of view of rhythm.Found in a variety of alloys and compound materials, the more very non concord musical interval the more the higher critical temperature the materials will have.Points out that very non concord musical interval contains, the structure of the materials are in a state of unstable equilibrium, sensitive to temperature and therefore has higher critical temperatures.

关 键 词：超导体 元素周期表 极不协和音程 不稳定平衡 

分 类 号：O51[理学—低温物理] O612[理学—物理]