新西兰凯庫拉论文代写：磁光克尔效应
借助许多不同的技术和工具研究磁化特性。 MOKE，磁光克尔效应是一种研究磁化特性的技术。在分析磁化表面和磁化结构等情况下，研究人员利用MOKE进行分析.MOKE的工作原理是，当光从高度磁化的表面反射时，会导致极化的极限变化，反射强度，这可以研究，以了解磁化效应。它几乎就好像它是法拉第效应，但法拉第效应描述极化情况下的光变化和从磁性表面理解的反射强度，在克尔效应的情况下，其上的MOKE操作是理解为由于磁性表面反射的光而变化。
新西兰凯庫拉论文代写：磁光克尔效应
MOKE背后的基本理解是磁化表面是如何工作的，以及它如何导致偏振的变化以及由于其效应而导致的光强度。现在考虑通过法拉第效应的镜头，可以说MOKE就是这样。法拉第效应例如描述了当光通过磁性表面传输时可能发生的变化形式。当处于磁性效应时，所述材料将通过磁性材料传输并且法拉第效应试图呈现这些。另一方面，MOKE中的克尔效应试图展示如何从磁性表面重新发生光变化。克尔效应被称为二次电光效应。克尔效应是观察到在响应于电场或磁场的现象的物质变化中的折射率的理论。在某些材料中它更突出，而在其他材料中则更不突出。
新西兰凯庫拉论文代写：磁光克尔效应
Magnetization properties are studied with the help of many different techniques and instruments. The MOKE, the magneto-optical Kerr effect is a technique to study magnetization properties. Researchers make use of the MOKE in the case of analyzing for magnetized surfaces and magnetization structures etc. The MOKE operates on the principle that when light is reflected from say a highly-magnetized surface, then it would result in ultimate changes in the polarization and the reflected intensity and this can be studied to understand magnetization effects. It is almost as if it is like the Faraday effect, but where the faraday effect describes the light changes in the context of polarization and the reflection intensity as understood from a magnetic surface, in the case of the Kerr effect that MOKE operation on it is understood to be changes because of light reflected from magnetic surfaces.
新西兰凯庫拉论文代写：磁光克尔效应
The basic understanding behind the MOKE is how the magnetized surface works and how it could result in a change in polarization as well as the intensity of light because of its effects. Now consider through the lens of the Faraday Effect, it could be said the MOKE is like it. The Faraday Effect for instance describes the forms of changes that could occur when light is being transmitted through a surface that is magnetic. When in the magnetic effect, the said material will be transmitted through the magnetic material and the Faraday Effect attempts to present these. On the other hand, the Kerr effect in MOKE attempted to present how the light changes occur as reflated from a magnetic surface. Kerr effect is called the quadratic electro-optic effect. The Kerr effect is the theory where the refractive indices in material changes of phenomenon in response to an electric or magnetic field is observed. It is more prominent in some materials and is less prominent in others.
