首页> 外文会议>International Conference on High Magnetic Fields in Semiconductor Physics; 20040802-06; Tallahassee,FL(US) >DOUBLE MAGNETORESISTANCE MINIMA INDUCED BY THE IN-PLANE MAGNETIC FIELD FOR THE ν = 1 DOUBLE-LAYER QUANTUM HALL STATE
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DOUBLE MAGNETORESISTANCE MINIMA INDUCED BY THE IN-PLANE MAGNETIC FIELD FOR THE ν = 1 DOUBLE-LAYER QUANTUM HALL STATE

机译:平面内磁场对ν= 1双层量子霍尔态引起的双磁阻极小值

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摘要

We have investigated ν = 1 quantum Hall (QH) state in a double-layer system around the commensurate (C) -incommensurate (IC) transition. Detailed magnetoresistance measurements around the C-IC transition reveal that there are two minima within the ? = 1 QH state. These minima, being induced by the difference of the in-plane magnetic field, correspond to the C and IC phases, respectively. The region between the two minima may be the soliton lattice phase predicted by theoretical analyses.
机译:我们研究了围绕相称(C)-不相称(IC)跃迁的双层系统中的ν= 1量子霍尔(QH)态。在C-IC跃迁周围的详细磁阻测量结果表明,在φ?内有两个最小值。 = 1 QH状态。由平面内磁场的差异引起的这些最小值分别对应于C相和IC相。两个极小值之间的区域可以是理论分析所预测的孤子晶格相。

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