1) high magnetic field
强磁场
1.
Effects of simultaneously imposing high magnetic field and alternative current on solidification structures of pure aluminum;
强磁场与交流电叠加对纯铝凝固组织的影响
2.
Migratory behaviors of primary crystal silicon in hypereutectic Al-Si alloy under high magnetic field;
强磁场下过共晶铝硅合金凝固过程中初晶硅的迁移行为
3.
Application situation and theoretical analysis of high magnetic field in material science;
强磁场在材料科学中的应用现状及理论分析
2) strong magnetic field
强磁场
1.
Effects of strong magnetic field on modification of Al-Si alloy;
强磁场对铝硅合金变质效果的影响
2.
Influence of strong magnetic field on strength and fracture properties of Ni-33Al-28Cr-5.0Mo-0.5Hf alloys;
强磁场对Ni-33Al-28Cr-5.0Mo-0.5Hf合金强化及其断裂特征影响
3.
Calculating zero vibrating energies of hydrogen molecule ion in strong magnetic field;
强磁场中氢分子离子零点振动能的计算
3) High Static Magnetic Field
强磁场
1.
Effect of high static magnetic field on microstructure of electrodeposited NiFe film;
强磁场对电沉积镍铁合金膜显微组织的影响
2.
Microstructure evolution of magnetic aligned MnBi phase in Bi-Mn alloys solidified in high static magnetic field;
Bi-Mn合金在强磁场中凝固时MnBi相织构组织的演化
3.
Effect of high static magnetic field on shape of MnZn ferrite nano-precursor particles;
强磁场对锰锌铁氧体前驱体纳米颗粒形貌的影响
4) high magnetic fields
强磁场
1.
Effects of high magnetic fields on the distribution of Si in solidified structures of Al-Si alloy;
强磁场对Al-Si合金凝固组织中硅分布的影响
2.
Effects of high magnetic fields on the distribution of solute elements in Al-alloys;
强磁场对铝合金中溶质组元分布状态的影响效果
3.
In order to investigate the effects of high magnetic fields on the distribution of SiC particles in Al matrix and on the interface between SiC and matrix,solidification experiments of low-fraction SiC particle reinforced aluminum matrix composites were conducted under various magnetic field conditions.
通过在不同的强磁场条件下进行低体积分数SiC颗粒增强铝基复合材料的熔化和凝固试验,研究了利用强磁场控制SiC颗粒在Al基体中分布的可行性,分析了强磁场强度和种类对SiC颗粒与基体间界面的影响效果。
5) magnetic field strength
磁场强度
1.
Discussion on magnetic induction and magnetic field strength;
对"磁感应强度和磁场强度"的讨论
2.
Based on the expression of the damping force,the effect the gap,length,radius,magnetic field strength and velocity of piston on damping force is analyzed.
根据剪切模式和流动模式共同作用机理,分析了磁流变减振器的工作原理;基于Navier-Stokes方程,分析了轴对称模型的流变学方程;利用Bingham模型,描述了磁流变液的本构方程,得出了减振器阻尼力方程;基于阻尼力的表达式,分析了间隙、长度、半径、磁场强度和活塞速度对阻尼力的影响。
6) magnetic field intensity
磁场强度
1.
Controlled slowdown of equivalent light speed and its applications in measuring magnetic field intensity;
受控等效光速减缓及其在磁场强度测量中的应用
2.
On the role of magnetic field intensity effects on the discharge characteristics of Hall thrusters
磁场强度对霍尔推力器放电特性影响的实验研究
3.
The results showed that in specifically range the variety of electric current intensity and frequency remarkably affect the magnitude of magnetic field intensity.
结果表明:在特定范围内电流强度及频率的变化能显著影响到磁场强度的大小,电流强度为20 A左右时,电磁场出现磁饱和,增大电流强度,电磁力增值很小。
补充资料：强磁场基准
强磁场基准
high magnetic field primary standard
lan·韭磁政载q心闪Ciehang lizhun强磁场基准(highm叫护etic field prima叮d词)利用高稳定度的电磁铁产生稳定的标场。磁场中磁感应强度B的量值是用磁天平测流矩形线圈在磁场中所受的力确定，即:为勺加，其七于式中:I为线圈电流，二。为矩形线圈的有效宽度，平衡磁力的珐码的质量，g为磁天平所在处的重速度。 中国强磁场基准采用的是双扼对称形电磁毛极隙为50~，极头平面的平面性在3《X)~内0，3脚，底边100~范围的磁场均匀度最佳lx复现不确定度约为3.sxlo一‘，磁场中的磁感应强O.ST~IT。磁铁绕组用由流电源供电，电流不税为1 x 10一6/而n，并采用核磁共振仪提高磁场稳定Zxlo一’。用电磁铁产生磁场，其极间磁场受饱和应强度的限制。一般所用的极头材料是纯铁，其磁感应强度约为2.巧T。(陆祖J6。为度达感和)-变赶觉兹包」
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参考词条