SUPERCONDUCTING STATE UNDER THE INFLUENCE OF EXTERNAL DYNAMIC PAIR BREAKING.

SUPERCONDUCTING STATE UNDER THE INFLUENCE OF EXTERNAL DYNAMIC PAIR BREAKING.
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外部动态电对断裂影响下的超导状态。

DOI：
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发表时间：
1972
期刊：
影响因子：
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通讯作者：
D. Scalapino
D. Scalapino
中科院分区：
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文献类型：
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作者：
C. Owen;D. Scalapino

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针对超导体在外部动态断对影响（例如光学光子通量）下开发的模型。准粒子形成对的复合时间远大于其热化至晶格温度 $T$ 的特征时间。因此，该模型将不成对电子视为温度 $T$ 下的费米气体，但数量比完全平衡情况下的电子数量更多。
A model is developed for a superconductor under an external dynamic pair-breaking influence such as a flux of optical photons. The recombination time for quasiparticles to form pairs is much greater than the characteristic time for their thermalization to the lattice temperature $T$. For this reason the model treats the unpaired electrons as a Fermi gas at temperature $T$, but more numerous than in the complete equilibrium situation.