And the mathematical description of magnetic induction intensity of arc generated in any space is deduced based on the combination of the Biot-Savart law and the modern space geometry method, and the relationship between magnetic induction intensity and the arc spatial coordinates can be decided.

1、

The main research contents are as follows: 1 、 The sensing model of double-excitation solenoid wearing debris sensor set up on basis of electromagnetic field principle and Biot-Savart Law etc., and offer the theory basis for the performance analysis and parameter optimation.

用电磁场毕奥-萨伐尔定律等理论，建立了双激励螺旋管式磨粒传感器的传感模型，为该传感器性能分析、参数优化提供了依据；

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2、

By using the relevant knowledge about Picasso biot-savart law, firstly the magnetic field distributions of unilateral electricity wires of metal rectangular launched detector coils of are calculated, then the magnetic field distributions of electricity wires of a group of edge are calculated.

通过运用毕奥-萨伐尔定律的相关知识，先计算出金属探测矩形发射线圈的单边通电导线的磁场分布，进而求出与其对应的一组对边通电导线的磁场分布。

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3、

The magnetic field in circular current expressed by polar equation can be solved by applying the derived polar coordinate form of the Biot-Savart law in magnetic anisotropic medium. The magnetic field with a minimum at the circular center has been verified.

应用已导出的磁各向异性介质中的毕奥-萨伐尔定律的极坐标形式，求出用极坐标方程表示的圆电流内部的磁场，并证明其磁场在圆电流中心具有最小值。

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4、

In the light of anisotropic bit-savart law that has been given, the authors solve the spatial magnetic field of rectangular charge-carried coil in anisotropic magnetic medium. Thus an example is offered for studying anisotropic magnetic field.

在给出的各向异性的毕奥－萨伐尔定律的基础上，求出载流矩形线圈在各向异性磁介质中的空间磁场，为研究磁各向异性的磁场提供了实例。

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In this paper, the basic laws of electromagnetic field are derived from Lorentz transform the basis of Coulombian field of static point change. They are: 1. Boit-Savart law derived from Coulomb's law;

本文将从静止点电荷的库仑场出发，利用洛仑兹变换导出电磁场的基本规律，其中包括：（1）从库仑定律导出毕奥&萨伐尔定律；

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6、

The article points out that the "I" of the Biot-Savart law includes not only conduction current but also displacement current, and certifies that displacement current's contribution to magnetic field is zero.

指出毕奥&萨伐尔定律中的I不仅只包含传导电流，也应包含位移电流，证明在一定条件下位移电流对磁场的贡献为零。

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7、

This paper discussion the magnetic field of an infinite solenoid of arbitrarily shaped cross-section, and caculates the magnetic induction of the magnetic field by using the Biot-Savart law and the trigonometric function.

讨论截面为任意形状无限长螺线管磁场的问题，运用毕奥&萨伐尔定律和三角函数知识计算该磁场的磁感应强度。

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The present work is based on Biot-Savart law of magnetic anisotropy and also on magnetic field of current-carrying straight conductor in anisotropically magnetic medium solved from this law.

以磁各向异性的毕奥-萨伐尔定律，以及由此定律而求出的在各向异性磁介质中载流直导线磁场，作为论述该研究的基础。

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9、

By taking a current-carrying ring as an example, the far magnetic field of magnetic dipole is obtained by using Biot-Savart law.

以载流圆环为例，用毕奥-萨伐尔定律推导出磁偶极子一类模型&电流环模型的远场。

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10、

According to Biot-Savart law, a series solution of magnetic field on a circular current is derived in cylindrical coordinates system.

根据毕奥-萨伐尔定律，导出了圆电流磁场分布的级数解表达式。

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11、

Applying Biot-Savart's law and the nature of δ function, a direct calculation of Ampere's law is given.

利用毕奥－萨伐尔定律和δ函数的筛选性，直接简明地证明了安培环路定理。

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12、

Based on Biot_Savart law, a analytic expression of integrated distributing of magnetic field about carrying coil is given.

通过毕奥&萨伐尔定律，推导出了载流圆环周围空间的磁场分布完整的解析表达式。

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13、

Coulomb Law and Biot-Savart Law

库仑定律与毕奥&萨伐尔定律

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Using the Biot Savart law calculate the magnetic field on a cylindrical solenoid of arbitrary area.

利用毕奥－萨伐尔定律，导出任意截面螺线管的磁场。

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15、

Simply deriving Biot-savart law

浅谈毕奥-萨伐尔定律的简单推证

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A Note on the Relation Between Biot-Savart Law and the Magnetic Field of Moving Electric Charge

关于毕奥-萨伐尔定律和运动电荷磁场之间关系的一个注记

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Discussions on the electromagnetic dual general law of Biol-Savart

电磁对偶广义毕奥-萨伐尔定律的初步讨论

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Direct Derivation of Maxwell Formula Groups by Using Biot-Savart Law

利用毕奥-萨伐尔定律直接导出麦克斯韦方程组

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Polar Coordinate Form of Biot-Savart Law in Magnetic Anisotropic Medium

各向异性磁介质毕奥－萨伐尔定律极坐标形式

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Methods The Biot-Savart's law was applied, a high-pass 8-leg birdcage coil, whose resonant frequency was consistent with~ 3H and~ 129 Xe, was designed through some related calculations and simulations. IDL was used to calculate and simulate our scheme.

方法运用毕奥-萨伐尔定律，通过计算分析，设计了针对3H，129Xe共振频率的8列高通笼式线圈，利用IDL软件进行相关计算和仿真。

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