矫顽力

适量的C能最大程度的提高膜的矫顽力；

Proper C content can extremely improve the coercivity ;

退火温度显著影响到薄膜的织构，当在较低的温度下退火时，薄膜永磁相C轴趋向于垂直膜面，从而薄膜面内矫顽力较低。

The texture of the thin films is influenced by the annealing temperature remarkably .

添加Al可以大幅度提高合金的矫顽力。

By addition of Al , the coercivity of alloy increases .

随着Fe含量的增大，磁性颗粒间的相互作用不断增强，剩磁和矫顽力增大。

Coercive force and remanence was increase with Fe content increasing .

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 .

包钴γ-Fe2O3磁粉矫顽力的研究

Study of coercive force in fine γ - Fe_2O_3 magnetic powder

化学镀Co－B合金层镀态下为非晶态结构，有较高的矩形比，矫顽力较低。

Electroless Co - B alloy coating is amorphous as plated with lower coercive force higher square - ness ratio .

粉末烧结Nd（15）Fe（77）B8永磁合金的矫顽力特征

On the Coercive Forces of the Powder-Sintered Nd_ ( 15 ) Fe_ ( 77 ) B_8 PM Alloy

当以化学镀Ni－P合金作为中间镀层时，可获得较高的矫顽力和矩形比。

Higher coercive force and squareness ratio are attained as electroless Ni P alloy coating is used as a intermediate coating .

纳米复合Nd（4.5）（Fe，Ga，Co）（77.5）B（18）磁体的矫顽力和交换耦合作用

Exchange coupling and coercivity of nano - crystalline nd_45 ( fe , ga , co ) _77.5b_18 bonded magnets

Nd2（Fe（1-x）Mnx）（14）B的低温内禀矫顽力

Intrinsic coercivity at low temperatures in nd_2 ( fe_ ( 1-x ) mn_x ) _ ( 14 ) b

混合磁性薄膜矫顽力及阶梯效应的微磁学及MonteCarlo研究

Study on the coercivity and step effect of mixed magnetic films by micromagnetism and Monte Carlo simulation

添加Cr元素可提高内禀矫顽力，从而提高最大磁能积。

The addition of Cr element shows to be significantly advantageous in increasing the intrinsic coercivity and maximum magnetic energy product .

多层膜的磁滞回线表明：Co/Pt多层膜具有垂直磁各向异性，易磁化轴垂直于膜面；膜面垂直于外磁场时膜的矫顽力随Co含量的增加而增加。

The results showed that Co / Pt multilayers had perpendicular magnetic anisotropy and the easy-magnetization axis was perpendicular to the film face .

Fe-SiO2和Fe（20）Ni（80）-SiO2粒状固体矫顽力的研究利用趋近饱和定律求出这些粒状固体的有效各向异性常数。

MECHANISM OF THE COERCIVITY FOR THE GRANULAR SOLID The effective magnetic anisotropy is obtained using the law of approach to saturation .

部分Zr元素替代Nd原子晶位，提高矫顽力。

It is shown that partly Zr atoms are substituted for Nd atoms , thus increasing coercivity .

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 .

可控硅逆变式半自动MIG焊机的研制矫顽力自动测量装置

Development of SCR Inverter Semi - automatic MIG Welding Machine

Ls进一步的增大导致矫顽力机制从钉扎变回到成核。

Further increase of Ls leads to the change of the coercivity mechanism from pinning to nucleation .

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 .

回火后，磁体中的富Nd相比烧结态更细小，且分布更均匀，矫顽力得到了很大的提高。

After magnet is annealed , Nd-rich phase becomes smaller and is distributed more uniformly , so its coercivity is greatly improved .

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 . )

对应于最佳织构（100）[ovw]，薄带具有最佳磁性能（低矫顽力Hc及低铁损P）。

When the ribbons have ( 100 ) [ ovw ] texture , they have the optimum magnetic properties ( low Hc and low P ) .

低矫顽力GMR磁传感器的自旋阀结构研究

Study on the Structure of Spin Valve for GMR Sensor with Low Coercivity

Nd-Fe（Co，Ga，Nb）-B纳米复合材料矫顽力的晶粒尺寸关系

Dependence of the coercivity of Nd-Fe ( Co , Ga , Nb ) - B nanocomposite on the grain size

随着Ar气压增加，样品垂直膜面的矫顽力增加，但样品有效磁各向异性常数减小。

With increasing sputtering Ar gas pressure , the perpendicular and in-plane coercivity of the samples increase , but the effective magnetic anisotropy constant decreases .

化学镀Co－Ni－P薄膜镀态下为非晶态结构，Co－Ni－P薄膜的矫顽力较低，矩形比较高，其易磁化方向与膜面垂直。

Electroless Co Ni P thin film as deposited is amorphous , having a lower coercive force and higher squareness ratio . Its magnetizable direction is perpendicular to surface of thin film .

在Co-Pt-W（P）磁性薄膜中钨的共沉积可以使合金薄膜在铂含量较低的情况下仍然保持较高矫顽力。

Addition of tungsten to the Co-Pt electrodeposition can have lower Pt content while maintaining high coercivity .

研究了取向磁场对HDDR工艺制备的各向异性Nd（Fe，Co）B粘结磁体矫顽力的影响。

The dependence of coercivity for Nd ( Fe , Co ) B bonded magnets made from HDDR anisotropic powders on the alignment magnetic field is studied .

高熔点合金元素W、Mo在不降低剩磁的情况下亦能提高磁体的矫顽力，但效果不如Al、Mg明显。

W and Mo can also enhance the coercivity of the magnets without the remanence reduction , but their effects are not so significant as that of Al and Mg .