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It was known for its simple, straightforward, doorless design, and for its adaptability. While the original design was also sold for utility purposes, the new Moke is mainly meant for recreational use, as a beach car, or as a neighborhood vehicle.

The Magneto-optical Kerr effect (MOKE) brings out the change in polariza- tion of light reflected from a magnetic material. It is a powerful tool to study magnetic properties of materials among which the anisotropy. Various set-ups operate in the material physics laboratory based on specific optical configura- tions.

The Magneto-optical Kerr effect (MOKE) brings out the change in polariza- tion of light reflected from a magnetic material. It is a powerful tool to study magnetic properties of materials among which the anisotropy. Various set-ups operate in the material physics laboratory based on specific optical configura- tions.

We use a technique called MOKE (Magneto Optic Kerr Effect), to analyze and characterize some films. The basic principle behind MOKE is that as polarized light interacts with a magnetic material the polarization of the light can change. Just think of the light coupling to the electrons in the material.

It was known for its simple, straightforward, doorless design, and for its adaptability. While the original design was also sold for utility purposes, the new Moke is mainly meant for recreational use, as a beach car, or as a neighborhood vehicle.

MOKE is particularly important in the study of ferromagnetic and ferrimagnetic films and materials. There are three “geometries” for MOKE experiments, the POLAR, LONGITUDINAL and TRANSVERSE geometries. These arise from the direction of the magnetic field with respect to the plane of incidence and the sample surface.

MOKE is particularly important in the study of ferromagnetic and ferrimagnetic films and materials. There are three “geometries” for MOKE experiments, the POLAR, LONGITUDINAL and TRANSVERSE geometries. These arise from the direction of the magnetic field with respect to the plane of incidence and the sample surface.

Magneto Optic Kerr Effect (MOKE) experiments are designed to detect small changes in polarization that occur because magnetic fields influence the polarization state of optical radiation as it passes through a transparent medium. PEM Setting: quarter-wave retardation (λ/4)