磁化强度

而重铬酸钾处理还在粒子表面形成了致密的Cr2O3层，阻挡了氧原子从表面向体内的扩散，减少了粒子的氧化态数量，从而使其饱和磁化强度得以大大提高。

Perhaps , it is the oxides that retard the diffusion of oxygen from the surface into the bulk , reduce the content of oxide , and increase the saturation magnetization of the Fe-Ni-B amorphous nanometer particles greatly .

Co/Pt多层膜的结构和饱和磁化强度

Structure and Saturation Magnetization of Co / Pt Multilayers

高饱和磁化强度α〃-Fe（16）N2的研究

Study on α″ - Fe_16N_2 with High Saturation Magnetization

在亚铁磁耦合的双层膜中，磁化强度随温度的变化曲线能出现N型和P型行为。

In the ferrimagnetic bilayer system , the magnetic curves can exhibit N-type and P-type behaviors .

高饱和磁化强度体状Fe（16）N2化合物

Investigation of High Saturation Magnetization of Bulk Fe_ ( 16 ) N_2 Compound

样品的饱和磁化强度和矫顽力随Ni含量的增加呈下降趋势。

The saturate magnetization and coercivity decrease as Ni content increases .

采用机械合金化的方法制备出Mn70Bi30纳米晶粉末。通过X射线衍射和饱和磁化强度的测量，研究了球磨过程中样品的结构和磁性的变化。

Nanocrystalline Mn 70 Bi 30 powders have been synthesized by mechanical alloying process .

纳米金属Ni的饱和磁化强度和居里温度的尺寸依赖效应

Size-dependent saturation magnetization and Curie temperature of nanocrystalline nickel

表面效应对γ-Fe2O3微粉饱和磁化强度的影响

Surface effects on saturation magnetization of fine γ - fe_2o_3 particles

计算出样品的有效磁化强度M，回旋磁比γ以及兰德因子g等参数，并且得出了共振场与所加磁场方位关系的理论曲线。

By theoretical simulation , the magnetization , gyromagnetic ratio and g value of the sample are determined .

研究了比饱和磁化强度随Fe层厚度的变化规律并探讨了它的机理。

The dependence of specific saturation magnetization on thickness of Fe layer has also been discussed .

磁粉粒度分布均匀，比饱和磁化强度Ms较高。

The size distribution of magnetic nanoparticles is uniformity and the saturation magnetization is high . b.

饱和磁化强度Ms及其测量

Saturation magnetization and its measurement

对向靶溅射高炮和磁化强度（Fe，Ti）-N薄膜

( Fe , Ti ) - N Thin Films with High Saturation Magnetization by Facing Targets Sputtering

Nd（1-x）CaxMnO3中A位替代导致的铁磁性及磁化强度跳变

Ferromagnetism and magnetization steps induced by A-site substitution in Nd_ ( 1-x ) Ca_x MnO_3

在亚铁磁情况下，通过数值求解，得出了亚晶格磁化强度MA，MB和系统总磁化强度M随温度变化的曲线，并和以上铁磁情况所得结果进行比较。

For the ferrimagnetic case , the relations of sublattice magnetizations M_A M_B and the total magnetization M with the temperature are obtained , respectively .

铁磁材料θK对磁化强度M的级数展开式中仅含M奇次项。

Series expansion of θ K in terms of magnetization M contains only odd orders of M for a ferromagnetic material .

Ti（CN）基金属陶瓷饱和磁化强度和矫顽磁力的研究

Study of saturation magnetization and coercive force of Ti ( CN ) base cermets

磁场作用下量子环中双激子体系的AB振荡和磁化强度

Aharonov-Bohm Oscillations and Magnetization of Biexcitons in a Quantum Ring under Magnetic Fields

烧结气氛对Ti（CN）基金属陶瓷饱和磁化强度的影响

Influence of Sintering Atmosphere on the Saturation Intensity of the Ti ( CN ) Base Ceramets

随着Fe含量的减少，样品的居里温度上升，但是其磁化强度和最大磁熵变值减小。

The Curie temperature is increased , while the magnetization and the maximum magnetic entropy changes are decreased with reducing Fe concentration .

Dy2AlFe（16-x）Mnx化合物的饱和磁化强度和居里温度

Saturation magnetization and curie temperature of Dy_2AlFe_ ( 16-x ) Mn_x compounds

对样品进行磁学性能测量，结果表明，随着Ni含量的增加，所制备的复合材料的矫顽力和磁化强度都降低。

With the increasement of Ni content , the coercivity and magnetization strength of the composite material are decreased from magnetic measurement .

窄禁带半磁半导体Hg（1-x）MnxTe的磁化强度

Magnetization of Narrow GaP Semimagnetic Semiconductor Hg_ ( 1-x ) Mn_x Te

预烧料的磁化强度-烧结温度曲线表明，大量生成磁性尖晶石相Li铁氧体的温度大约在550~700℃。

The curve of reduced saturation magnetization for the samples pre-sintered at various temperatures shows that the temperature forming magnetic spinel is about 550-700 ℃ .

磁性研究表明，与块体金属Ni相比，纳米胶囊的饱和磁化强度减小，而矫顽力增加。

Magnetism research shows that the saturation magnetization of nanocapsules decreases and the coercive force of nanocapsules increases , compared with pure bulk Ni .

无论低Ni或高Ni样品的剩余磁化强度Mr和矫顽力HC都随退火温度的上升而增加。

In addition , the residual magnetization Mr and coercivity H_C of both high and low Ni-content samples increase with annealing ( temperature . )

高温超导体磁化强度弛豫与CuO2层间耦合之间的关系研究

Investigation of the relationship between magnetic relaxation and cuo_2 interlayer coupling in high temperature superconductors

高饱和磁化强度ε-Fe3N磁性液体的研制

Preparation of High Saturation Magnetization ε - Fe_3N Magnetic Fluid

研究表明，随着腐蚀程度的加深，内部空心度增加，Fe含量减小，引起了饱和磁化强度的降低。

Results showed that the internal cavity increased as the corrosion time increased , and the saturation magnetization decreased due to the decrease of Fe content .