饱和磁感应强度,saturation magnetic induction
1)saturation magnetic induction饱和磁感应强度
1.The results show that the amorphous alloys exhibit the highsaturation magnetic induction(B_s) when the ration of Fe and Co content is equal to 3～4 at a certain content of Si and B.研究了FeCoSiB非晶合金中的Fe、Co元素之间的成分配比对非晶合金饱和磁感应强度的影响。
2.In this paper,the present status of research on MnZn ferrites with high density,high permeability (μ)and highsaturation magnetic induction(B_s)is summarized.综述了高密度高磁导率高饱和磁感应强度MnZn铁氧体的研究现状,阐述了配方体系、预烧工艺、添加剂、成型和烧结工艺等因素对MnZn铁氧体的密度、磁导率和饱和磁感应强度的影响。
3.For overcoming the blemish that the traditional blast method spends long time multivariate statistical analysis is applied to the measurement ofsaturation magnetic induction of soft magnetic materials.饱和磁感应强度是磁性材料静态参数的一个重要指标。
英文短句/例句
1.Effects of Transverse Magnetic Heat Treatment on the Magnetic Propertiesof Fe-based Amorphous Alloy with High Saturation Magnetic Induction横向磁场热处理对高饱和磁感应强度Fe基非晶磁性能的影响
2.Discussion on magnetic induction and magnetic field strength;对"磁感应强度和磁场强度"的讨论
3.The design of testing device magnetorheological fluid saturation intensity磁流变液磁饱和强度测定装置的设计
4.Size-dependent saturation magnetization and Curie temperature of nanocrystalline nickel纳米金属Ni的饱和磁化强度和居里温度的尺寸依赖效应
5.Study on the Measurement Methods of Curie Temperature and Saturation Magnetization居里温度和饱和磁化强度测量方法的研究
6.UNSATURATED SOIL STRENGTH THEORY BASED ON TOTAL STRESS STRENGTH INDEXES OF SATURATED SOIL AND ITS APPLICATION基于饱和土总应力强度指标的非饱和土强度理论及其应用
7.Studies on Measuring Methods of Saturation Magnetization and Curie Temperature by Magnetic Scale磁天平测量饱和磁化强度和居里温度方法的研究
8.The synthesis and characterization of Magnetic Iron Oxide with high saturation magnetization高饱和磁化强度Fe_3O_4纳米粒子的制备及表征
9.Study of Main Flux Saturation Influence in Speed Estimating of Induction Machine;磁饱和效应对感应电动机转速辨识影响的研究
10.The results also showed that the specific saturation magnetization and the magnetic loss power of the product increased with the increasing of ferrous content.产物比饱和磁化强度和磁损耗功率随铁含量的增加而增大。
11.Application and Study on Dynamic Consolidation Strengthening the High-sturated Soil;强夯法加固高饱和度土的应用与研究
12.And the magnetic intensity is directly proportional to input ampere turns.磁感应强度与输入电流安匝数成正比 ;
13.New Definition of Magnetic Induction Strength and Theoretic Derivation of Magnetism Law磁感应强度的新定义及磁学定律的理论推导
14.Synthesis of Highly Magnetized Nano-Crystalline CoFe Alloy from LDHs Single SourceLDHs单一前驱体法制备高饱和磁化强度CoFe合金纳米粉体的研究
15.Uniaxial compressive strength of saturated frozen clay at constant strain rate饱和冻结黏土在常应变率下的单轴抗压强度
16.Application of Strength Theory of Unsaturated Expansive Soil to the Limit Analysis;非饱和膨胀土强度理论在极限分析中的应用
17.normal magnetic flux density正常磁感应[磁通]密度
18.Vacuum sputter deposition techniques were developed to achieve high Hc , with high Ms materials epitaxially grown on Cr underlayers.使用真空溅射方法在Cr底层上沉积高矫顽力、高饱和磁化强度的磁记录介质。
相关短句/例句
saturation magnetization饱和磁感应强度
1.To defermine the suitable sintering temperature of NiZn ferrite materials with different Zn contents,NiZn ferrite materials were prepared by oxide method and the effects of sintering temperature were investigated on the initial permeability,power loss,saturation magnetization and microstructure of the material.为得到Zn含量不同时NiZn铁氧体材料的最佳烧结温度,用氧化物法制备了NiZn铁氧体材料,研究了烧结温度对材料起始磁导率、功耗、饱和磁感应强度和微结构的影响。
3)saturated magnetization饱和磁感应强度
1.Furthermore, for 17 6Mn wire, thesaturated magnetization B s and the residual.对 17- 6 Mn钢丝的磁学性能的测量表明 :脉冲电流的引入使饱和磁感应强度 Bs和剩磁 Br明显降低。
4)saturation induction density饱和磁感应强度
1.In order to enhance thesaturation induction density(Bs) of FeCoSiB amorphous alloys,effect of the composition on Bs was investigated through adjusting the contents of Fe,Co,Si and B.为提高FeCoSiB非晶合金的饱和磁感应强度(Bs),对合金四种元素原子分数及硅、硼元素之间的配比进行了调整,研究了化学成分对饱和磁感应强度的影响,并给出了最佳配方。
5)saturation induction饱和感应，饱和[磁感应]强度
6)High saturation magnetic flux density Bs高饱和磁感应强度Bs
延伸阅读
磁感应强度磁感应强度magneticinduction描述磁场强弱和方向的基本物理量。是矢量，常用符号B表示。点电荷q以速度v在磁场中运动时受到力f的作用。在磁场给定的条件下，f的大小与电荷运动的方向有关。当v沿某个特殊方向或与之反向时，受力为零；当v与此特殊方向垂直时受力最大，为fm。fm与｜q｜及v成正比，比值与运动电荷无关，反映磁场本身的性质，定义为磁感应强度的大小，即。B的方向定义为：由正电荷所受最大力fm的方向转向电荷运动方向v时，右手螺旋前进的方向。定义了B之后，运动电荷在磁场B中所受的力可表为f＝qv×B，此即洛伦兹力公式。除利用洛伦兹力定义B外，也可以根据电流元Idl在磁场中所受安培力df＝Idl×B来定义B，或根据磁矩m在磁场中所受力矩M＝m×B来定义B，三种定义，方法雷同，完全等价。在国际单位制（SI）中，磁感应强度的单位是特斯拉，简称特（T）。在高斯单位制中，磁感应强度的单位是高斯(Gs)，1T＝104Gs。由于历史的原因，与电场强度E对应的描述磁场的基本物理量被称为磁感应强度B，而另一辅助量却被称为磁场强度H，名实不符，容易混淆。通常所谓磁场，均指的是B。
