| 1. | High saturation intensity of magnetization soft magnetic alloys technical reguirements
高饱和磁感应强度软磁合金技术条件 |
| 2. | Finite element calculation for test of case - depth using eddy current in carburizing
涡流检测渗碳层深度中磁感应强度的计算 |
| 3. | The magnetic flux crossing a surface s is the surface : integral of the normal component of b
穿过一曲面s的磁通等于对应磁感应强度b的面积分。 |
| 4. | The low - melting - point sn - pb - bi alloy was used as simulacrum to investigate the distortion of meniscus
结果表明：当电源输入频率增大时，结晶器内的磁感应强度减小。 |
| 5. | 3 in si units , the ratio between the magnetic flux density b and the magnetic force h defines the permeability
在国际单位制中，磁感应强度b与磁场强度h之比被称为导磁率。 |
| 6. | The wave of magnetic induction density will bring distortion with the raising of excitating voltage while measuring the magnetization characteristic
在进行磁化特性测量时，随着激磁电压的升高，磁感应强度波形将产生畸变。 |
| 7. | For amf contact structure , raising axial magnetic field density is an effective way to raise breaking current density in certain range
对于纵向磁场结构,在一定范围内提高其纵向磁感应强度是提高其电流开断密度的有效途径。 |
| 8. | The analysis results indicate that the higher electromagnetic field leads to better arrangement of the fine magnetic particles at the range of 0 - 0 . 6 t
实验发现：在0 - 0 . 6t范围内，外加磁感应强度越大，磁颗粒的取向程度越好。 |
| 9. | This test system can also adjust the amplitude of the magnetic flux density . so it is easy to use and increases the degree of the test automatization
同时，它可以对幅值磁感应强度b _ m进行自动调节，测试时简单方便，提高了测试自动化程度。 |
| 10. | In order to measure magnetization characteristic with high accuracy we must keep the wave of magnetic induction is sine , so we must control the excitating voltage
为了能够精确的测量磁化特性必须保证磁感应强度波形为正弦，因此必须对激磁电压波形进行控制。 |
