磁学

We're doing chromatography lab today, so find your partners and break into groups of four.

今天我们做光磁学试验，找到你的同伴，分成四人一组。

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。

While Xu's covalence new concept on atom and molecular fragment are applied to describe bonding characters for these studied systems.

含过渡金属体系的电子结构、化学键和磁学性质的研究是当今无机化学领域里活跃的研究方向之一。

In the investigation of optical and magnetic properties of semimagnetic semi-conductors containing transition-metal ions, one electronic d-orbital should not be treated as a pure d-orbit, instead of a mixed orbit t2g or eg because of strong covalence.

在含过渡金属离子的半磁半导体的光学和磁学性质研究中，由于体系的共价性较强，d轨道不再是纯d轨道，而是混合轨道t2g或eg。

In order to gain higher magnetic performance and solve air pollution problems in extraction process of Fe-Cr fibers,cupreous body of Cu-13Fe-2Cr in situ composite materials were corrupted by using chemical extraction .

为解决Fe-Cr纤维提取过程中容易造成空气污染的问题，使得到的纤维具有较高的磁学性能，采用化学萃取法腐蚀掉Cu-13Fe-2Cr原位复合材料中的铜基体，制备了Fe-Cr金属纤维；通过调整硝酸与双氧水比例抑制NO2的产生；通过改变清洗方式使纤维具有较高的磁性。

One can obtain the demagnetization factors with any accuracy of equilateral triangular prisms by numerically integrate this expression.

根据这一张量表达式，可以得到任意精度的退磁因子，把这一结果应用在微磁学的网格划分当中，可以提高对复杂边界的处理能力。

The spontaneous and remnant magnetization states of the nano-size diamond -shaped NiFe film elements have been investigated by the micromagnetic simulation.

利用微磁学方法系统研究了纳米尺度的NiFe薄膜菱形单元的自发磁化状态及剩磁状态。

Magnetic properties of Cu/Co multilayer films obtained by the method of pulse electrodeposition were investigated.

采用电化学方法制备的铜钴纳米多层膜的磁学性能与其它方法制备的纳米多层膜有相似的性能。

Scientists predicted that polymer nanotubes have attracted application foreground and potential value in the microelectronics、medicine field because of it's unique structure and excellent electrology、magnetic and optics characteristic.

科学家预言，聚合物纳米管以其独特的结构和优异的电学、磁学、光学等特性，在微电子学、医药学等领域有着诱人的应用前景和巨大潜在应用价值。

Survey of basic electromagnetic phenomena: electrostatics, magnetostatics, electromagnetic properties of matter.

简单介绍电磁学的基本现象：包含静电学、静磁学、物质的电磁特性。

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。