矫顽力

The introduction of Pt buffer layer can also raise the coercivity in sputtered Co-Pt alloy films but the Pt films must have good FCC (111) texture. The analysis of XRD and TEM shows that there exists ordered CoPt〓 Ll〓 phase in Co-Pt alloy films.

Pt缓冲层的引入可以进一步提高溅射Co-Pt合金膜的矫顽力，但Pt膜必须具有良好的FCC（111）织构。X射线和TEM研究发现在Co-Pt合金膜中存在有序的CoPt〓 Ll〓合金相。

The coercivity follows the cubic equation with the content of carbon nanotube. Based on the classical hysteresis theory, a new inclusion theory with the cylinder morphology is developed, combined with stress theory the expression of coercivity is given.

基于传统的磁滞机理，发展了具有圆柱形状杂质的含杂理论，结合应力理论，给出了复合材料的矫顽力的表达式，不同体积含量的碳纳米管的复合材料的磁滞机理由含杂理论和应力理论协同控制。

Pr has little effect on the magnetic properties of (Nd1-xPrx)9.4Fe75.6Ti4B10.5C0.5 ribbons, ribbons with Br between 0.86T and 0.90T, iHc about 1000kA/m, andmax between 130kJ/m3 and 136kJ/m3 are all achieved with different ratio of Nd and Pr following their optimal crystallization annealing, which implies that it is possible to prepare high performance, low rare earth content nanocomposite Di-Fe-Ti-B-C permanent alloys with didymium directly.

Pr对合金薄带磁性能影响不大，直接利用稀土矿的次级分离产物Di来制备高性能低稀土含量纳米复合Di-Fe-Ti-B-C永磁合金完全可行，制备出的合金剩磁Br在0.86T与0.90T之间，内禀矫顽力iHc在1000kA/m左右，最大磁能积max介于130kJ/m3与136kJ/m3之间。

Simultaneously, the study discussed effects of pH, interior oxygen, the consumption of dispersant and complexing agent, the influence of absolute ethyl alcohol bathing on dispersiveness, crystalline grain size, burn complete situation, sample purity , exchange coupling, etc.

利用SmFeO_3和Fe_2O_3在晶粒小于20nm的情况下产生交换耦合作用，得到远高于普通稀土铁氧体的磁性能，包括高矫顽力、高剩磁及高的磁能积，从而使整体的磁性能有大幅度的提高。

Abecedarian using indicates that this measurement instrument has some merits of high-precision、expeditiousness、simple-frame、handy-handle and etc.

论文工作所研制的矫顽力自动精密测量仪已经完成了原理性样机的制作和调试。

We find that the ferromagnetism of Ni nano-particles is significantly enhanced, and the magnetic interactions between Co particles are reduced, in the C〓 matrix.

发现C〓基质中的Ni纳米颗粒的矫顽力有显著增强，和Co颗粒间的磁相互作用减弱。

To provide core elements of high-performance GRM sensor, the coercivity of the spin-valve material is reduced by a novel transverse annealing process.

提出利用新型的横向磁场热退火工艺来降低自旋阀材料的矫顽力，为高性能的GMR传感器提供了核心材料。

It is found that, compared with the vacuum sintering, the magnet sintering at argon protection has lower density, magnetic-energy product and remanence, but coerciveforces are higher. The magnet has more and bigger pores, and there obviously exist loose microstructure, the Nd-rich phases are clearly distributed along the grain boundaries mainly in the shape of lumpish and lamelliform.

研究发现，与真空烧结相比，采用Ar保护烧结时磁体的密度、磁能积和剩磁相对较低，矫顽力较高，磁体中形成的孔洞较多，孔径较大，并有明显的显微缩松存在，富Nd相的数量明显较多，且主要呈块状和片状沿晶界分布。

Testing system of magnetic hysteresis loop based on chip microcomputer;2. In addition, magnetic hysteresis loop s we.

并用物性测量系统测试了Co/Pd多层膜的磁性能，所得磁滞回线表明：矫顽力随着多层膜磁性层厚度的减小而增大，可达到9。

Fe-50%Ni is a kind of excellent soft magnetic material with high permeability and low coercivity which has a wide practical application prospect.

Fe-50%Ni合金是一种典型的高磁导率和低矫顽力软磁材料，有着广阔的应用前景。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。