磁矩

The Mo clusters tend to low magnetization and most of the even-numbered linear and planar ones are nonmagnetic.

Mo原子簇的磁矩普遍较小，一维和多数二维偶原子簇的磁矩为零。

And the spin-orbital structure of nucleon would shed light on the nucleon spin problem.

而核子磁矩的自旋-轨道结构也对核子磁矩的问题有着重要的启不。

As for CdSe quantum dots with the same size, we found that the inclusion of Mn ions in the dots will magnify their paramagnetism at low temperature, and the size effect will be quenched.

Mn的掺杂行为同时会破坏电子轨道运动贡献的顺磁矩与抗磁矩，使得磁化率在不同温度下由小磁场到大磁场的偏移变小，量子点的磁性尺寸效应将被减弱。

In the investigation of micromagnetism, in-plane magnetoresistance and in-field magnetic force microscopy on a series of permalloy planar wires were performed. Here, the wire length and thickness are kept constant, 20μm and 30nm, respectively. The width of the wire spans from 10 to 0.1μm. The magneto-transport behavior and magnetic configuration are quite different regarding their widths, corresponding to the aspect ratio.

在研究微磁学时，我们以平行膜面磁阻的量测和施加磁场下观察磁区的磁力显微来从事一系列镍铁合金毫微米线的磁矩翻转研究，这一系列毫微米线的线长和厚度分别固定为20微米和30奈米，线宽则由10微米变化至0.1微米，线宽的改变将造成磁电传输行为和磁区结构有截然不同的结果。

Simulation results indicate that remanence and magnetometer bias can be estimated correctly by this method.

仿真结果表明：该方法能准确估计卫星剩余磁矩与磁强计偏置，磁强计偏置的标定精度在1nT左右，剩余磁矩的标定精度为0.0001A·m^2量级，有效消除了剩磁对无陀螺卫星姿态确定的影响，显著提高了姿态确定精度，滤波器能在500s内收敛。

The relations forobtaining the phase diagrams,sublattice and the total magnetizationcurves,internal energy and specific heat has been presented.

给出了子晶格磁矩、总的平均磁矩、内能和比热的计算公式。

These results prove that iron ion or 4s conduction electron can produce new square atom loop 4L, magnetic moment of iron ion can be made by magnetic moment 2P(subscript m0k) of 2 4sEE in 4L loop, Curie temperature T is proportionate to quantized energy of 4sEE, HMCE can produce contrarotation or reverse self-rotation energy U(subscript 0K) and U(subscript 0K) can produce great thermoelecal potential.

这些结果证明铁离子或4s传导电子产生了新的正方形原子轨道4L，2个4sEE在4L轨道上产生的磁矩2P(下标 m0K)构成铁离子的磁矩，居里温度T与4sEE的量子化能量成比例，基金属传导电子产生了反向旋转或反向自旋能量U(下标 0K)，U(下标 0K)使合金产生大的热电势等反常物理量。

The soft layer of ECC media usually possesseshigh saturation magnetization and also high demagnetizing energy density.

ECC介质由交换耦合的软磁层与硬磁层构成，它是通过软磁层与硬磁层的磁矩在磁化反转过程中的非一致转动来达到降低矫顽力的效果，而无外场时热反转仍为一致转动，因而能保持较高的热稳定性。

The calculation of state densities and magnetic moments in NdFe_9Si_2Cx compounds (X=0,2) shows that the Si atom mainly hybridizes with Fe(4b) and Fe(32i), thereby decreases the Fe magnetic moment.

理论计算NdFe_9Si_2C_x化合物(x=0，2)态密度和磁矩等结果表明NdFe_9Si_2化合物中Si原子主要与4b位和32i位Fe原子产生杂化，导致Fe原子磁矩减小。

The thermal decrease of the magnetization has beenfitted by bound magnetic polarons model and Curie-Weiss law.

随着退火过程中随氧流量的增加，样品磁矩逐渐减小；而氢流量的增加导致磁矩增强。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。