磁光的

Some of the complexes withβ-diketone derive ligands, which potential applicated in optical, electricity, magnetism, absorption, catalysis, ion exchange, gas storage and so forth.

此类配体所构筑的各式各样的配合物在光、电、磁、吸附、催化、离子交换、气体储存、分子载体、生物活性、荧光器件材料等方面具有一定的应用价值。

In this paper recent progress and perspective in future about this novel kind of photocatalyst are reviewed. Along with the introduction of magnetic core, the properties of TiO2 varies.

总结了近年来在磁载TiO2光催化剂的研究方面科研工作的进展，并提出了对其今后发展趋势的看法。

In practice, the problems in the vibration utilization are nonlinear that is caused by various factors, and show different forms.

振动利用包括机械振动的利用、波动与波能的利用及电、磁、光振荡器在工程技术中的利用等。

This article analyzed has used the self-formed law preparation the CuFe2O4 magnetic fluid to study under not the identical magnetic field, different volume score magnetic fluid to its optical transmission rate influence.

本文分析了采用自形成法制备的CuFe2O4磁性液体来研究在不同1磁场下，不同体积分数的磁性液体对其光透射率的影响。

Smart materials have the ability to perform both sensing and actuating, have the coupling characters among some of electric, magnetic, thermic, mechanical, optical, acoustical, chemical, rheological nature of materials without assistance.

机敏材料是一种具有传感和传动双重功能的功能材料，它无需外界的帮助，而本身就可以在电、磁、热、机械运动、光、声、化学、流变性能中的几项之间产生耦合行为。

Rare earth elements possess particular electron structure, and have some uncomparable spectroscopic properties, so their complexes can present excellent luminescent, electric and magnetic properties.

稀土元素具有独特的电子层结构，因而具有其它一般元素所无法比拟的光谱学性质，其配合物更是具有优异的光、电、磁等特种功能。

Although there are only several dozens of micron from 45 microns to submicron or nanometer, but if the diameter less than submicron, its surface area, optical character, electrical character, magnetical character, energetics character and surface feature will be changed. We could acquire transnormal effect, so that the price of material will increase with transnormal scale.

从45微米到亚微米、纳米虽然只有几十微米的差距，但由于物料粒径小到亚微米之后，其表面积、光、电、磁、热力学性质及表面特性均发生了奇特变化、使用时可获得超常效果、从而使物料的商品价值也以超常的比例递增。

Of the recording media using scanning probe microscope, including scanning tunneling microscope, atomic force microscope, scanning near-field optical microscopy, etc., nanometer-scale data storge can be successfully achieved, and this technology has been considered as one of the best way to promote the storage density.

扫描探针显微技术通过改变材料的光、电、磁等局域特性可以实现纳米尺度的信息存储，成为提高信息存储密度的最有效手段之一。

The technology of optical fiber is important leading edge in information technology field. The polarization and magnetic rotation in the optical fibers have important value for theory and application.

光纤技术是信息技术领域的重要前沿，光纤中偏振及磁旋光效应具有重要的理论和实际意义。

The investigation about the polarization and magnetic rotation in the optical fiber have important value and influence to optical fibre communication, optical fibre sensing, and so on.

光纤中偏振及磁旋光效应的研究对于光纤通信技术、光纤传感技术等各个方面，都具有重大的价值和影响。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。