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首页> 外文期刊>Physica, C. Superconductivity and its applications >In-plane magnetoresistance of electron-doped superconducting thin films Pr0.9LaCe0.1CuO4
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In-plane magnetoresistance of electron-doped superconducting thin films Pr0.9LaCe0.1CuO4

机译：电子掺杂超导薄膜Pr0.9LaCe0.1CuO4的面内磁阻

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摘要

We measured the in-plane magnetoresistance of Pr0.9LaCe0.1CuO4 (PLCCO) epitaxial thin films under various magnetic fields H applied parallel to the tetragonal c-axis. The measurements were performed at the superconducting state as well as the normal state. As the magnetic field is between the low critical field H-c1 and upper critical field H-c2, a critical scaling behavior of electrical resistivity is found. We analyze the electrical transport properties and show the magnetic field H dependence of glass transition temperature T-g and the characteristic temperature T for the PLCCO film, which may shed some light on vortex behavior in electron-doped superconductors.
机译：我们在平行于四边形c轴施加的各种磁场H下测量了Pr0.9LaCe0.1CuO4（PLCCO）外延薄膜的面内磁阻。在超导状态和正常状态下进行测量。由于磁场在下临界场H-c1和上临界场H-c2之间，因此发现了电阻率的临界缩放行为。我们分析了电传输性质，并显示了玻璃转变温度T-g的磁场H依赖性和PLCCO薄膜的特征温度T，这可能对掺杂电子的超导体中的涡旋行为有所启发。

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