The WO3 based gas sensor is based on hall effect.
利用霍耳效应成功地研制了WO3半导体气敏传感器。
This paper analyzes the reason that Hall instrument is burned out when put in magnetic field,points out the defects of experiment device of TH Hall effect,and designs limiting circuit for protection.
分析了置于磁场中霍耳片电阻增大和易被烧坏的原因,指出TH型霍耳效应实验仪存在的缺陷,并通过设计一条限流电路的方法,起到对霍耳片的保护作用,提高了实验可靠性。
The microstructure and tunneling magneto-resistance(TMR) as well as the giant Hall effect(GHE) were systematically investigated.
系统地研究了薄膜的微结构、磁性、隧道磁电阻效应(TMR)和巨霍耳效应(GHE)。
The extraordinary Hall effect was studied systemically by varying the atomic fractions and the thickness of the samples.
采用离子束溅射的方法制备了一系列不同原子比的FexSn1 0 0 x合金颗粒膜 ,系统地研究了该体系的反常霍耳效应 。
Both giant magnetoresistance and extraordinary Hall effect are magnetic transport phenomena related with spin dependent scattering.
巨磁阻和反常霍耳效应都是与电子自旋相关散射有关的磁输运现象 应用扩展的有效介质近似方法和双通道模型 ,研究了磁颗粒复合体系中的反常霍耳效应 ,它源于旋轨耦合作用引起的电子非对称自旋相关散射 从理论上计算了反常霍耳效应与磁性颗粒尺寸关系 ,得到与实验基本相符的结果 在反常霍耳效应与磁颗粒浓度关系的研究中 ,发现在巨磁阻峰值浓度附近出现最佳的反常霍耳效
This paper , tells about the experiments systematically beginning from the discovery of Hall effect by Hall , to the present Quantum Hall effect and Fraction Quantum Hall effect.
本文从霍耳发现霍耳效应开始,直到现在的量子霍耳效应和分数量子霍耳效应,较系统地讲述了这个实验。
The article has derived quantum Hall conductivity from liner response theory Ku bo′s fomula by means of canonical ensemble statistic average and has explained quantum Hall effect.
从而解释了整数量子霍耳效应。
Hall effect linear detector
霍耳效应线性检波器
By using the planar Hall effect, the static magnetic characteristics of the films has been measured.
利用平面霍耳效应测量了薄膜的静态磁特性。
Magneto-electric Effect and Spin Hall Effect in Two-dimensional Electronic Systems with Spin-Orbit Couplings;
二维自旋轨道耦合电子系统中的磁电效应和自旋霍耳效应
The field effect is produced through the microwave Halleffect in semiconductor.
场的作用主要是通过形成空间电偶层产生微波霍耳效应所致。
A new method of studying the structure relaxation of amorphous materials by the measurement of Hall effect has been developed.
提出了利用霍耳效应测量研究非晶态材料结构弛豫的方法。
The conclution is that this gas sensor based hall effect is a prospective gas sensor of new type.
因此，利用霍耳效应制作气敏传感器是一条完全可行的新思路。
In this paper, Ampere Force and EMF on a conductor moving in magneticfield are explaned by means of Hall effect.
本文用霍耳效应讨论了安培力和在磁场中运动的导体上的电动势的微观机制.
Hall effect tachometric transducer
霍尔效应式转速传感器
Holterhoff process
霍耳德霍夫波纹整理法
Application of Integrated Hall Switch Sensor in the Experiment for Compound Pendulum
集成开关型霍耳传感器在复摆实验中的应用
Research of the Auriculo-vagus Reflex and Mechanism of Hypoglycemia Effect Induced by Electro-acupuncture at Auricular Concha Acupoints;
耳—迷走反射与耳针降糖效应机制研究
de Hass-Van Alphen effect
德哈斯－范阿耳芬效应
The Theoretical Introduction and Comparitive Study of the Anomalous Hall Effect and the Spin Hall Effect
反常霍尔效应和自旋霍尔效应的理论介绍和比较研究
The application of Hall Effect transducer in triaxial experiment
霍尔效应传感器在土工试验中的应用
Quantum Mechanical Qualitative Comment of Hall Effect;
霍尔效应的量子力学定性讨论(英文)
PIC/MCC simulation of Hall effect thruster plume
霍尔效应推力器羽流的PIC/MCC模拟(英文)
Design of Hall Effect Speed Sensors on Engine
摩托车用霍尔效应转速传感器的设计
SCALING BEHAVIOR OF ANOMALOUS Hall EFFECT IN THE HIGH TEMPERATURE SUPERCONDUCTROS
高温超导体反常霍尔效应的标度行为