1) Hall electric field
霍尔电场
1.
This paper makes a further analysis of the traditional opinion about Ampere force that is the macroscopic showing of Lorentz force,and it demonstrates that microscopic nature of Ampere force is composition of electric field forces applied by Hall electric field which is caused by Lorentz forces for the positive ions at the crystal lattice of the conductor in magnetic field.
对安培力是洛伦兹力的宏观表现的传统说法进行了深入剖析,指明了安培力微观本质是由于洛伦兹力而引起的霍尔电场对磁场中载流导体的晶格正离子施加的电场力的合力。
2.
According to the relation between Ampere force and Lorentz force,a discussion is in progress from the three aspects including collision mechanism,Hall electric field and force-bearing of lattice ion in the condoctors.
本文就安培力和洛伦兹力的关系，从碰撞机制、霍尔电场以及导体中晶格离子的受力三个角度进行了讨论，从而得出了安培力的微观机制是晶格中正离子所受的合力这一结论。
3.
This paper puts forward a new interpretation for the relation between Apmere force and Lorentz force: Ampere force essentially is the reacting force of motional free electrons as directional driftting on the charges producing Hall electric field.
对于安培力与洛伦兹力之间关系的流行解释是不妥的，安培力的实质应是作定向漂移运动的自由电子对产生霍尔电场的电荷的反作用力。
2) Hall voltage
霍尔电压
1.
cm and the Hall voltage reached 450 μV in applied field of 1.
cm,霍尔电压为450μV。
2.
Such a method is especially necessary when one of the extra voltages exceeds the Hall voltage.
在用霍尔元件测磁场时，一般采用对称测量法以消除各种附加电压的影响，当出现某种附加电压大于霍尔电压这种特殊情况时，该测量方法更为必要。
3) Hall electric bridge
霍尔电桥
4) Hall electronic machinery
霍尔电机
5) Hall current
霍尔电流
1.
Hereby we can estimate the Hall current around a bubble and its disturbance on the ground magnetic field.
磁泡模型认为电离层中绝大部分电势降落都发生在磁泡中 ,据此可以估算它周围的霍尔电流及其在地面引起的地磁扰动 。
6) Hall circuit
霍尔电路
补充资料：海尔霍尔坝
海尔霍尔坝 |
Hell Hole Dam |
| 概 述 |
| 海尔霍尔坝位于加利福尼亚州鲁比肯（Rubicon）河上，距萨克拉门托市129km，是普莱瑟县中福克工程系统中的一项关键工程。坝基为辉长岩，坝址控制流域面积295km2，多年平均径流量4亿m3，有记录的洪峰流量188m3/s，总库容3亿m3，有效库容2亿m3，水库面积5km2。斜心墙堆石坝，最大坝高125m，坝顶长472m，坝轴线呈弧线形，曲率半径为1219m。上游坡为1∶2.5，下游坡为1∶1.4，上游坝面作成6m高的多级台阶。心墙上游坡为1∶1.57，下游坡为1∶1.34。无控制溢洪道溢顶为上溢式混凝土堰，最大泄量1960m3/s。利用导流隧洞改建成发电引水管和放水管。厂房布置在左岸岸边，装机容量725kW。工程于1966年完工，电站于1984年建成，后来将引水管道延长至下游17km的新电站，装机容量10.98万kW。 |