Quantum corrections to conductivity in ferromagnetic manganite thin films: influence of grain boundaries

机译：铁磁性锰矿薄膜电导率的量子校正：晶界的影响

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The low temperature transport properties of Lao67Sro.33MnC>3 (LSMO) and Ndo67Sro.33MnC>3 (NSMO) thin films exhibit chracteristics of renormalized electron electron interaction in two-dimension. The contrasting response of the low temperature transport to magnetic field in the LSMO and NSMO films is attributed to the strikingly different sensitivity of the inter-granular transport to magnetic field in LSMO and NSMO films.

机译：LAO67SRO.33MNC> 3（LSMO）和NDO67SRO33MNC> 3（NSMO）薄膜的低温传输性能表现出两维的重字化电子电子相互作用的缩小。低温输送到LSMO和NSMO膜中磁场的对比度响应归因于LSMO和NSMO膜中颗粒间传输对磁场的显着不同的灵敏度。

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《International Conference on Magnetic Materials》|2008年||共3页
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Soumik Mukhopadhyay; I Das;
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中图分类 TM27-532;
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Quantum corrections to conductivity; grain boundaries; manganites;

机译：量子校正导电性;晶界;锰;

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专利

1. Low temperature conductivity in ferromagnetic manganite thin films:quantum corrections and inter-granular transport [J] . Soumik Mukhopadhyay, I Das Journal of Physics. Condensed Matter . 2009,第18期

机译：铁磁锰矿薄膜中的低温电导率：量子校正和晶间迁移
2. Spin-wave-mediated quantum corrections to the conductivity of thin ferromagnetic films of gadolinium [J] . Rajiv Misra, Arthur F. Hebard, Khandker A. Muttalib, Physical review . 2009,第14期

机译：自旋波介导的quantum铁磁薄膜的电导率量子校正
3. Quantum theory of the effect of grain boundaries on the electrical conductivity of thin films and wires [J] . Moraga Luis, Henriquez Ricardo, Solis Basilio Physica, B. Condensed Matter . 2015,第Null期

机译：晶界对薄膜和导线电导率影响的量子理论
4. Quantum corrections to conductivity in ferromagnetic manganite thin films: influence of grain boundaries [C] . Soumik Mukhopadhyay, I Das International Conference on Magnetic Materials . 2008

机译：铁磁性锰矿薄膜电导率的量子校正：晶界的影响
5. Investigation into the impact of grain boundaries, film interface, and crystallographic orientation on the ionic conductivity of thin film gadolinium-doped ceria. [D] . Swanson, Matthew M. 2010

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6. Interface Engineered Room‐Temperature Ferromagnetic Insulating State in Ultrathin Manganite Films [O] . Weiwei Li, Bonan Zhu, Qian He, 2020

机译：超薄锰矿薄膜中的界面工程室温铁磁绝缘态
7. Spin-wave mediated quantum corrections to the conductivity in thin ferromagnetic gadolinium films [O] . Misra, R., Hebard, A. F., Muttalib, K. A., 2008

机译：自旋波介导的薄电导率的量子修正铁磁性钆薄膜
8. Electromagnetic Characterization of YBa2Cu3O7-Delta Thin Films with Calcium Doping for Bi-Crystal Grain Boundary Conductivity Enhancement (Postprint). [R] . A. L. Campbell G. Kozlowski R. A. Kleismit R. R. Biggers T. J. Haugan 2008

机译：具有钙掺杂的YBa2Cu3O7-Delta薄膜的电磁特性用于双晶晶界电导率增强（后印刷）。

Quantum corrections to conductivity in ferromagnetic manganite thin films: influence of grain boundaries

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