磁输运性质 Magnetotransport
磁浮运输系统 Magnetic Levitation Maglev
磁熵和电运输性质 magnetocaloric and electrical transport properties
磁力运输分垛机 magnetic conveyer
磁浮高速运输系统 Transrapid
安全磁带运输服务 Secure Tape Transport Service
提供安全磁带运输服务 Secure Tape Transport Service ; STTS
磁浮运输 magnetic suspension transport
磁力运输机 magnetic conveyer
磁性运输带 magnetic conveying belt
EMA is an important method for studying the magnetotansport behavior of the inhomogeneous systems and it is often adopted for analyzing the influence on the magnetotransport of the inhomogeneity microscopically.
有效介质理论是研究非均匀体系输运性质的重要方法,在磁输运研究中,常被用来分析非均匀性对材料宏观输运性质的影响。
参考来源 - 非磁性半导体的异常磁电阻效应研究Work is focused on the magnetotransport properties in terms of microscopic mechanisms, in the binary composite with different size, electrical, and spin polarization.
我们重点研究了这两类不同大小、自旋极化和导电性能相差较大的两相复合材料的磁输运性质。
参考来源 - 磁性氧化物颗粒复合材料的逾渗效应和磁输运性质研究·2,447,543篇论文数据，部分数据来源于NoteExpress
我们超越传统的一级近似，对磁输运特性进行了系统分析。
We exceed the traditional first-ordered approximation to systematically analyze magnetotransport properties.
磁输运测量结果表明，界面自旋对体系电荷输运有着重要的影响。
The magnetic transport result indicated that the interfacial spins play an important role in the system.
对于锰基钙钛矿结构氧化物颗粒系统，其颗粒表面和颗粒内部表现出不同的电、磁输运性质。
The surface and interior of the granule have different electronic and magnetic transport properties for manganese perovskite oxide granule system.
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