在这两种超导体材料中，超导电性是由于电子成双成对地集结在单一的量子态所产生，这是物理学家已知的部份。
Physicists know that in both types of material the superconductivity is caused by electrons pairing up and gathering en masse in a single collective quantum state.
与单一压缩真空态场位相特性比较，讨论了原子与压缩真空态场相互作用对场的位相特性的影响。
We have discussed the influence of an atom interacting with squeezed vacuum field on the phase properties in comparison with squeezed vacuum.
数值模拟发现，选择不同的直流偏置，系统可以表现出单一的混沌态或周期三与混沌共存态的动力学行为。
Numerical simulations indicate that Chaotic state or period3 and chaos coexisting state exists when this system is driven by a proper external DC current.
聚烯烃消光膜和单一组分树脂 制得的薄膜的表面散射均由具有大粗糙度的 表面织态结构引起。
Surface scattering of matt films and the pure resin films are determined by their surface textures, the surface textures of one-component films are formed by two origins;
聚烯烃消光膜和单一组分树脂 制得的薄膜的表面散射均由具有大粗糙度的 表面织态结构引起。
Surface scattering of matt films and the pure resin films are determined by their surface textures, the surface textures of one-component films are formed by two origins;
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