coercivity
coercivity
1. MAGNETIC MOMENT AND COERCIVITY OF (Nd_x, Fe_(1-x))_(94)B_6 METALLIC GLASS
(Nd_xFe_(1-x))_(94)B_6金属玻璃的磁矩和矫顽力
2. The Study of the Coercivity of CoPt/C Nanogranular Film
CoPt/C颗粒膜矫顽力的研究
3. Magnetic anisotropy is one of the most important properties of magnetic materials and it strongly affects the shape of hysteresis loop and controls the coercivity and the remanence.
II 磁性纳米粒子 磁学性质对特定方向的依赖性被称为磁晶各向异性，它是磁性材料的一个重要性质，它可以影响磁滞回线的形状以及控制矫顽力等。
4. ON THE COERCIVITY OF THE RCo5 COMPOUNDS
RCo_5的矫顽力
5. EFFECTS OF AS-CAST CRYSTALLINE STRUCTURE AND Cu SEGREGATION ON COERCIVITY OF Sm (Co, Cu, Fe, Mn)_(7.8) PERMANENT MAGNET
Sm(Co, Cu, Fe, Mn)_(7.8)永磁体铸造结晶组织及Cu偏析对矫顽力的影响
6. Keywords amorphous HRE-LRE-TM thin films;magnetizalion;coercivity;Kerrangle;temperature dependence;
TM非晶薄膜;磁化强度;矫顽力;克尔角;温度特性;
7. bubble domain coercivity
[计] 泡畴矫顽力
8. The angular dependence of coercivity is interpreted in terms of magnetization reversal mechanism.
从反磁化机制的角度对矫顽力随角度的变化规律进行了解释。
9. 5B7 alloy is a superior soft magnetic material with high permeability and low coercivity.
但该合金应力敏感性大,微小的变形导致磁导率的大幅度降低。
10. Study on the Structure of Spin Valve for GMR Sensor with Low Coercivity
低矫顽力GMR磁传感器的自旋阀结构研究
11. Keywords magnetic film materials;self-assembly;super-paramagnetism;coercivity;residual magnetization;
关键词磁性膜材料;自组装;超顺磁性;矫顽力;剩余磁化强度;
12. Keywords Ba ferrite films;Al substitution;high coercivity;large squareness;
关键词钡铁氧体薄膜;铝取代;高矫顽力;大矩形比;
13. The magnetic coercivity Hc of the as-prepared products was investigated to be 515.6 Oe.
其矫顽力Hc为515.6 Oe。
14. Magnetization and Coercivity in Ferromagnetic Films with Cubic Lattices
具有立方格点结构的铁磁薄膜的磁化强度和矫顽力
15. intrinsic coercivity
内矫顽磁力
16. Keywords Intrinsic coercivity Remanence Melt - spinning;
内禀矫顽力;剩磁;熔体快淬;
17. The Effects of Intrinsic Coercivity H_(cj) on the Thermal Stability of Nd-Fe-B Magnets
内禀矫顽力H_(cj)对Nd-Fe-B磁体温度稳定性的影响
18. In addition, with the precipitation process, a magnetic dead layer will form on the surface of Fe nano-grains, it will severely reducing the magnetization and increasing the coercivity.
再者，因析出之铁微粒尺寸过小造成表面形成磁失效层，将导致样品之磁化量也随时效作用而降低。
19. It is found that the quasistatic properties, such as remanence and coercivity are influenced by the size of finite arrays.
发现有限阵列的静态磁学性质，诸如剩磁状态、矫顽力等与系统的大小密切相关，而磁化动力学过程则不受系统大小的影响。
20. Methods of measurement of the coercivity of magnetic materials in an open magnetic circuit
在开磁路中测量磁性材料矫顽力的方法
21. Keywords FePt/C multilayer;coercivity;structure;magnetic property;
多层膜;矫顽力;结构;磁学性能;
22. Keywords bulk metallic glasses （BMGs）;critical cooling rate;coercivity;
大块非晶合金;临界冷却速率;矫顽力;
23. In the former case, coercivity is inversely proportional to the grain size;
对于前者，矫顽磁力的大小与粒径成反比；
24. After adding element Al, Nd 2Fe 15 Al 2 phases segregate near to the grain boundary of the magnetic Nd 2Fe 14 B phase, which leads to the improvement of coercivity of magnets.
对于晶间添加Al元素的磁体 ,Al溶入晶间形成Nd2 Fe15Al2 相弥散地分布在晶界上 ,这有益于磁体矫顽力的提高 ;
25. In addition, SQUID has been used to investigate the magnetization versus temperature and coercivity in low temperature.
并使用SQUID进行磁化量-温度之量测，观察薄膜在低温下其磁化量和矫顽场的改变情形。
26. coercivity conditions
强制性条件
27. The coercivity is 192 kA/m and the squareness is about 0.75 when the applied field is parallel to the axis of CoPt nanowire arrays in deposited sample.
当外加磁场与纳米线线轴平行时,测得的矫顽力为192 kA/m,剩磁比为0.75;
28. The resolution of estimating the coercivity Hc. of soft magnetic materials is poor, if thecoercivity Hc< 1020e and applied magnetic field H > 1040e in VSM measurements.
当软磁材料的矫顿力低于几十奥斯特，甚至十以下奥斯特时，用能产生上万奥斯特外加磁场的VSM去测量时，其精度会受到一定的限制。
29. Keywords microcrystalline alloy;relative initial permeability;effective permeability;coercivity;core lose;ultrafine particle;
微晶合金;相对起始磁导率;有效磁导率;矫顽力;铁芯损耗;
30. Keywords composition heat treatment thermal stability magneticpermeability coercivity;
成份;热处理;温度稳定性磁导率;矫顽力;
31. The microstructure and influence on coercivity of Sm (Co_(bal) Fe_(0.197) Cu_(0.049) Zr_(0.026))_(7.5) and Sm(Co_(bal) Fe_(0.197) Cu_(0.062) Zr_(0.034))_(7.5) magnets are investigated in this paper.
探讨了Sm(Co_(bal)Pe_(0.197)Cu_(0.049)Zr_(0.026))_(7.5),Sm(Co_(bal)Fe_(0.197)Cu_(0.062)Zr_(0.034))_(7.5)永磁体的显微组织及其对矫顽力的影响。
32. Recent development is summarized in the nanocrystalline composite permenent magnets. The theory on coercivity and methods to improve the magnetic properties are briefly introduced.
摘要就近年来纳米晶双相复合永磁材料的发展状况，从该类合金的娇顽力理论和提高磁性能的方法2个方面为重点做简要的评述。
33. New Fe-Based Amorphous Alloys with High Initial Permeability,Low Coercivity and Low Core Loss
新型的高起始磁导率低矫顽力低铁损铁基非晶态合金
34. Keywords inorganic non-metallic materials;nanogranular films;magnetron sputtering;coercivity;remanent squareness;in situ annealing;
无机非金属材料;纳米颗粒膜;磁控溅射;矫顽力;剩磁比;原位退火;
35. Influence of Lattice Strain on the Coercivity of High Energy Ball-milled Pre-sintered Strontium Ferrite Powders
晶格畸变对锶铁氧体粉末永磁性能的影响
36. EFFECTS OF GRAIN-SIZE DISTRIBUTION ON EFFECTIVE ANISOTROPY AND COERCIVITY FOR NANOCRYSTALLINE HARD MAGNETIC MATERIAL
晶粒尺寸分布对纳米硬磁材料有效各向异性和矫顽力的影响
37. effective coercivity
有效矫顽磁力
38. The fundamental characteristics of the latter, including the current research of the remanence and coercivity are analyzed and discussed.
本文对复相纳米永磁的一些基本特征，包括剩磁和矫顽力等的研究现状作了比较深入的分析和讨论。
39. Keywords permanent magnet coercivity saturation magnetization remanence maximum energy product;
永磁体;矫顽力;饱和磁化;剩磁;最大磁能积;
40. Transverse rupture strength, Rockwell A hardness, magnetic saturation induction and magnetic coercivity of samples sintered in vacuum or by sinter-HIP were measured.
测试了真空烧结和低压烧结试样的抗弯强度、洛氏硬度、磁饱和度和矫顽磁力。
41. Study on the coercivity and step effect of mixed magnetic films by micromagnetism and Monte Carlo simulation
混合磁性薄膜矫顽力及阶梯效应的微磁学及Monte Carlo研究
42. Keywords additives;single domain;particle size of powder;Sr-ferrite oxysome materials of high intrinsic coercivity;
添加物;单畴;细磨粒度;高内禀矫顽力锶铁氧体;
43. In case of coercivity versus grain size dependence, however, two effects overlap: one valid for bulk materials and the other appearing when grain sizes approach the sizes of magnetic domains.
然而，一旦矫顽磁力依赖了粒径的尺度，将会出现两种效应的叠加：一种效应将在大块材料中出现，而其它效应则在粒径接近磁性域的尺度时出现。
44. The experimental result of M-H indicates that the coercivity is weak in doped Dy system. It is suggested that the peak of magnetization comes from the rotation of magnetic domains in Dy-O-Dy sublattice.
用替代离子的磁性效应对磁结构的变化规律进行了解释,La(Dy)亚晶格的磁畴旋转导致出现磁化强度峰.
45. Automatic measurement of coercivity of magnetic parts in electromagnetic relay
电磁继电器磁性零部件矫顽力自动测量方法
46. domain wall coercivity
畴壁矫顽力
47. Phase distribution influences the values of coeicivity of nanocomposites, but does not change the variation tendency of coercivity on hard grain size.
相分布影响纳米复合永磁体矫顽力的大小，但没有改变其随 晶粒尺寸变化的关系；
48. coercivity force
矫顽力
49. Keywords CoPt;coercivity;structure analysis;magnetic property;
矫顽力;结构;磁学性能;
50. Coercivity spectrum
矫顽力分布
51. coercivity mechanism
矫顽力机制
52. the coercivity mechanism
矫顽力机理
53. Magnetic coercivity component
矫顽力组分
54. Keywords magneto-optical films;multilayer films;annealing;coercivity;
磁光薄膜;多层膜;退火;矫顽力;
55. coercivity of magnetic tape
磁带矫顽力
56. tape coercivity
磁带矫顽磁力
57. Magnetic materials. Part 7: Method of measurement of the coercivity of magnetic materials in an open magnetic circuit
磁性材料。第7部分:开磁路中磁性材料矫顽力的测量方法
58. Abnormal coercivity behaviour in the magnetic percolation region of a magnetic granular composite
磁性颗粒复合体磁渗流区矫顽力异常的研究
59. Keywords magnetic powder;coercivity;thermal treatment;ferrite;structure;
磁粉;矫顽力;热处理;钴铁氧体;结构;
60. The magnetic saturation induction and magnetic coercivity can be the measurement of content of carbon and grain size of WC, respectively.
磁饱和度和矫顽磁力可以用来作为硬质合金的碳含量和晶粒度大小度量尺度；
61. Keywords rare earths;NdFeB magnets;alloying;coercivity;
稀土;钕铁硼磁体;合金化;矫顽力;
62. Keywords rare-earth;high temperature permanent magnet;microstructure;coercivity;
稀土;高温永磁材料;显微组织;矫顽力;
63. Keywords Rare Earch Permanent Magnet;Melt Spinning;Bonded Magnet;Hot Pressed Magnet;Mechanism of Coercivity;
稀土永磁;快淬;粘结磁体;热压磁体;矫顽力机制;
64. The coercivity of the milled powder and cold-sprayed coating increased and the permeability decreased with a decrease in average grain size.
粉末与涂层的矫顽力随其晶粒尺寸的减小而增加，而磁导率随晶粒尺寸的减小而减小。
65. Keywords Bonded NdFeB magnet;Coercivity;Grain size;
粘结磁体;矫顽力;
66. Keywords nanocrystalline alloy;coercivity;core loss;
纳米晶合金;矫顽力;铁损;
67. Keywords nanocrystalline magnets;coercivity;remanence;
纳米晶磁体;矫顽力;剩磁;
68. Keywords nanocrystalline soft magnetic materials;coercivity;saturation magnetization;thermal stability;
纳米晶软磁材料;矫顽力;饱和磁化强度;热稳定性;
69. Effective anisotropy constant and coercivity of nanocrystalline ferromagnets
纳米硬磁相耦合永磁体的有效各向异性与矫顽力
70. Keywords nanowire;electrodeposition;coercivity;chain of sphere;
纳米线;电沉积;矫顽力;球链模型;
71. Keywords alloy granular solids;coercivity;magnetic property;sol gel method;
纳米颗粒体;磁性;矫顽力;溶胶-凝胶法;
72. After the heat treatment, the lattice constants, the size and saturation magnetization of the particles increase, and the coercivity first increases and then decreases.
经过热处理后，样品的晶格常数、晶粒尺寸、比饱和磁化强度增加，而矫顽力先增后减。
73. The abnormal temperature dependence of coercivity is due to the fact that the cell boundary becomes less magnetic even nonmagnetic and the nucleation is difficult with increasing temperature.
而当温度升高时 ,晶界相逐渐变成非磁性相 ,使得反磁化核难以形成 ,因此出现了反常的矫顽力温度依赖关系
74. The BHmax shows two peaks at pH 8.06 and 8.85 respectively, and exhibits a maximum (about 8.5kJ/m3) at pH 8.85.The coercivity of the films varies with bath pH values;
薄膜的最大磁能积分别在pH值8.06和pH值8.85时出现峰值，并在pH为8.85时达到最大值8.5 kJ/m3。
75. The remanence, coercivity and maximum energy product decrease with deteriorated grain alignment.
计算结果表明,随着磁体晶粒易轴取向度的变差,磁体的剩磁、矫顽力均随之下降。
76. super high coercivity
超高矫顽力
77. The coercivity of soft magnetic materials is generally near to zero point.
软磁材料的矫顽力一般分布于零点附近。
78. The different characteristics of the coercivity and magnetization reversal mechanisms in the two series of bilayers result from the different microstructures in the CoNi and CoCr layers.
这两种双层膜系列的矫顽力和磁化翻转机理的不同在于CoNi和CoCr的具有不同的微结构。
79. Keywords metal magnetic powders;magnetic recording;coercivity;remanence;nanosized metal magneticpowders;
金属磁粉;磁记录;矫顽力;剩磁;纳米金属磁粉;
80. Metal magnetic powder with fine particles and relative higher coercivity and remanence are ideal materials for high density magnetic recording.
金属磁粉颗粒细小,具有较高的矫顽力和剩磁,是较为理想的高密度磁记录材料。
