磁荷观点,magnetic charge viewpoint
1)magnetic charge viewpoint磁荷观点
1.In this paper,the magnetostatic energy in the field of a permanent magnet is given through themagnetic charge viewpoint.由于磁能密度公式ωｍ＝１２ＢＨ只适用于线性介质，对永磁体不适用，本文利用磁荷观点计算了在真空中永磁体所激发磁场的静磁能密
2)point magnetic charge model点磁荷模型
paring with a simplified model of magnetic charges, the simplified conditions of thepoint magnetic charge model is obtained.根据断丝漏磁场的特征,对钢丝漏磁场的产生进行了分析;提出基于棱分布的断丝漏磁场解释模型;对钢丝直径和提离值对漏磁场的影响进行了分析;与简化的点磁荷模型进行了比较研究,获得了钢丝漏磁场的点磁荷模型简化条件。
3)Magnetic charge磁荷
1.Study on the magnetic field in the solenoid with currentin the view of magnetic charge;用磁荷观点研究载流螺线管内磁场
2.A method for magnetic field prediction caused by naval vessels using magnetic charge distribution基于磁荷面分布的舰船磁场预测方法
3.To solve this question, an equivalent magnetic charge method was proposed for calculating magnetic field, which does not need precondition and can reflect permanent column magneti.针对这个问题,运用一种基于等效磁荷法的模型分析该区域空间磁场,该模型适用于圆柱永磁体外任何空间,且方程简单。
英文短句/例句
1.On the Proportional Coefficient α of Areal Density of Magnetic Charges σ_s to Linear Density of Magnetic Charges σ_l关于磁荷面密度σ_s和磁荷线密度σ_1之比α
2.A method for magnetic field prediction caused by naval vessels using magnetic charge distribution基于磁荷面分布的舰船磁场预测方法
3.Calculation of Demagnetization Factor of the Round Steel Rod Based on Magnetic Charge Hypothesis基于磁荷假说的圆钢棒退磁因子计算
4.The Research of Magnetic Field Model of Leakage of Broken Wires Based on Nuclear Magnetic Charge Distribution基于磁荷棱分布的断丝漏磁场模型研究
5.Discussing Force, Moment of Force,and Energy It Possesses that Magnetic Moment Receives in a Magnetic Field by Means of Equivalent Line-charge;用等效的“磁荷”讨论磁矩在磁场中受到的力、力矩及其所具有的能量
6.The Energy Distribution of Scalar Particles of a Rectilinearly Accelerating Non-stationary Black Hole with Electric Charges and Magnetic Charges;带有电荷、磁荷的直线加速黑洞时空背景下标量粒子的能级
putational accuracy of equivalent magnetic charge method is high, but its calculation is complicated.等效磁荷法计算精度高，但计算过程相对复杂。
8.Magnetism produced by electric charge in motion.电磁性由运动电荷引起的磁性
9.The gravitational effect of the celestial body with electric-magnetic charge、 magnetic momentum and quadrupole moment;具有电(磁)荷、磁矩和质量四极矩天体的引力效应
10.no-load electro-magnetic valve of air compressor空气压缩机无负荷电磁阀
11.no-load starting electromagnetic valve of air compressor空气压缩机无负荷起动电磁阀
12.Each field produces a force that can accelerate the particle.磁场只作用于运动的荷电粒子。
13.The Bohr magneton, calculated using the mass and charge of the electron.鲍尔磁子，用电子的质量和电荷来计算
14.Vortex Charges and Vortex State Phase Transitions in Superconductors;超导涡旋电荷及磁通涡旋态相变研究
15.On Point Charge Model Standard in Electromagnetism;电磁学中点电荷模型标准的教学探讨
16.The design of BESIII EMC charge measurement with three rangesBESIII电磁量能器三量程电荷测量方案
17.Rebound Effect and Frame Dragging Effect in the Field of a Ratating Body with Electric and Magnetic Charge;荷电荷磁旋转引力场中的反弹效应和惯性系拖曳效应
18.The centimeter-gram-second electromagnetic unit of charge, equal to ten coulombs.电磁库仑电荷的厘米－克－秒制电磁单位，相当于十库仑
相关短句/例句
point magnetic charge model点磁荷模型
paring with a simplified model of magnetic charges, the simplified conditions of thepoint magnetic charge model is obtained.根据断丝漏磁场的特征,对钢丝漏磁场的产生进行了分析;提出基于棱分布的断丝漏磁场解释模型;对钢丝直径和提离值对漏磁场的影响进行了分析;与简化的点磁荷模型进行了比较研究,获得了钢丝漏磁场的点磁荷模型简化条件。
3)Magnetic charge磁荷
1.Study on the magnetic field in the solenoid with currentin the view of magnetic charge;用磁荷观点研究载流螺线管内磁场
2.A method for magnetic field prediction caused by naval vessels using magnetic charge distribution基于磁荷面分布的舰船磁场预测方法
3.To solve this question, an equivalent magnetic charge method was proposed for calculating magnetic field, which does not need precondition and can reflect permanent column magneti.针对这个问题,运用一种基于等效磁荷法的模型分析该区域空间磁场,该模型适用于圆柱永磁体外任何空间,且方程简单。
4)magnetic charges磁荷
1.By scanning the magnetic flux leakage {b(I,J)} around a steel cord conveyer belt which is magnetized to saturation in the longitudinal direction, a principle is made on the imaging of splices based on themagnetic charges array {q(i,j)}.通过将钢绳芯胶带磁化至饱和并在胶带表面测量接头产生的漏磁场b(I,J) ,获得基于二值化离散磁偶极子阵列 q(i,j)的接头状况成像方法 ,q(i,j)的磁荷量为 0和 1 ,由方程 {b(I,J) } ={k(I,J,i,j) } { q(i,j) }经线性反演求解得到 ,{k(I,J,i,j) }是 (I×J)× (i×j)维矩阵 ,由测量点和磁偶极子的空间位置关系决定 。
2.How to construct the electromagnetic field strength tensor by suing two four vector potential is discussed whenmagnetic charges are presented.讨论了在磁荷存在时如何用两个四维矢势来构造电磁场张量 ,用所构造的电磁场张量及其对偶张量可以把电磁场的 L agrange密度 ,Maxwell方程、能量 -动量张量等表述更加简洁、更加明显地展示电与磁之间的对称性 ,并展示了其与通常无磁荷时相类似的形式 。
5)spot loading点荷
1.During the experiment of brickwork reinforced with GRC gridding cloth, one hundred and forty four mortar samples′ strength are tested by thespot loading method.在 GRC网格布加固空心砖砌体的受剪性能试验中 ,使用点荷法对 14 4个砂浆试样进行了强度测试 ,通过与砂浆标准试件的抗压强度值相比较 ,表明点荷法是一种准确可靠的砂浆强度测试方法 ;文章对大量试验数据进行回归分析 ,提出了点荷法计算砂浆强度的换算修正公式 ,通过工程实践证明了该公式结论可靠 ,应用简
6)viewpoint[英]["vju:p??nt][美]["vju"p??nt]观点
ment onviewpoints and computation methods for ecological water requirements in a river河流生态需水观点及计算方法评述
2.Two differentviewpoints on the origin of ice cream were discussed from the aspects of ice cream manufacture procedure,name origin,development of freezing concept,and ice cream invention explained in "Food Dictionary".对冰淇淋起源的两种不同观点进行了阐述,通过对冰淇淋的制作方法与名称的由来,国内外冷冻观点的发展概况比较,《食品词典》中对冰淇淋发明的说明,得出冰淇淋的起源在法国,而不是在中国,旨在澄清当前报刊杂志对读者的误导。
3.Although achieving much progress,GESAMP"sviewpoint is still limited for promoting actions to protect the marine environment.尽管GESAMP的观点近年来有很大进展,但在如何促进和改善保护海洋环境的行动等问题仍有它的局限性。
延伸阅读
荷电粒子与非荷电粒子分子式：CAS号：性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
