Doped graphene in a quantizing magnetic field: Hall conductivity

Pak A.V.; Belonenko M.B.

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Doped graphene in a quantizing magnetic field: Hall conductivity

机译：量化磁场中的掺杂石墨烯：霍尔电导率

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The energy spectrum of electrons in doped graphene corresponding to the Landau levels in an external transverse magnetic field has been calculated in the low-energy approximation. The magnetic-field dependence of the electrical conductivity has been determined based on the derived dispersion relation of electrons in the doped graphene. The behavior of the conductivity has been analyzed for different impurity parameters, such as the hybridization potential and energy of adsorbed atoms.

机译：在低能近似中，已计算出与外部横向磁场中的Landau能级相对应的掺杂石墨烯中电子的能谱。已经基于导出的掺杂石墨烯中电子的色散关系确定了电导率的磁场依赖性。已针对不同的杂质参数（例如杂交势和吸附原子的能量）分析了电导率的行为。

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《Physics of the solid state》 |2013年第4期|共3页
作者
Pak A.V.; Belonenko M.B.;
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原文格式 PDF
正文语种 eng
中图分类 53.8;
关键词
Doped; graphene; quantizing magnetic;

机译：掺杂;石墨烯;量化磁性;

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专利

1. Doped graphene in a quantizing magnetic field: Hall conductivity [J] . Pak A.V., Belonenko M.B. Physics of the solid state . 2013,第4期

机译：量化磁场中的掺杂石墨烯：霍尔电导率
2. Graphene in a periodically alternating magnetic field: An unusual quantization of the anomalous Hall effect [J] . M. Taillefumier, V. K. Dugaev, B. Canals, Physical review . 2011,第8期

机译：周期性交变磁场中的石墨烯：异常霍尔效应的异常量化
3. Superconductivity of electron-hole pairs in a bilayer graphene system in a quantizing magnetic field [J] . D. V. Fil, L. Yu. Kravchenko Low temperature physics: Simultaneous Russian - English publication . 2009,第8a9期

机译：量子磁场中双层石墨烯体系中电子-空穴对的超导性
4. Measurement of very small voltage oscillations appeared between Hall voltage electrodes of the Sn-doped InSb single crystal thin film Hall elements at no magnetic field and very small magnetic field detection [C] . Satoshi Yamada, Hirotaka Geka, Atsushi Okamoto, Sensor Symposium on Sensors, Micromachines, and Applied Systems . 2006

机译：在没有磁场的SN掺杂的INSB单晶薄膜厅元件的霍尔电压电极之间出现非常小的电压振荡的测量值和非常小的磁场检测
5. Relativistic Fermions in a Magnetic Field: From Quantum Hall Effect in Graphene to Chiral Asymmetry in QED. [D] . Xia, Lifang. 2016

机译：磁场中的相对论费米子：从石墨烯中的量子霍尔效应到QED中的手性不对称。
6. Dependence of Quantized Hall Effect Breakdown Voltage on Magnetic Field and Current [O] . M. E. Cage 1993

机译：量化霍尔效应击穿电压对磁场和电流的依赖性
7. Quantization of the Hall Conductivity Well Beyond the Adiabatic Limit in Pulsed Magnetic Fields [O] . Askenazy, S., Broto, J. M., Dolgopolov, V. T., 2001

机译：霍尔电导率的量化远远超过绝热极限的脉冲磁场

Doped graphene in a quantizing magnetic field: Hall conductivity

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