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Combined Phenomena in Novel Materials

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Book cover From Bulk to Nano

Part of the book series: Springer Series in Materials Science ((SSMATERIALS,volume 117))

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Summary

This chapter is divided into two parts: magneto-optical media and magnetoelectric materials. The first part deals with magnetic recording and optical readout, a branch of magnetism that tends to be under-appreciated, especially nowadays when new developments have entered the recording market. Therefore, the objective is to draw attention to the significance of continuous media and its impressive stability. These media are not limited by thermal reversal effects of single-domain particles. However, they encounter their own challenges to high quality recording or accurate optical readout. Even Barkhausen noise can affect the latter in a negative way.

In the second part, materials are presented where magnetic properties are inter-twined with electric phenomena, creating a unique environment for imaginative applications. Some substances exhibit naturally a unique combination of properties, while others can be engineered to display effects not normally found in individual constituents. The range of applications for metamaterials is expanding every year, including magnetoelectric sensors and transducers, read/write devices, or even microwave dielectrics. Nevertheless, the ongoing problem of how to improve the design of magnetoelectric materials with a strong magnetization-polarization correlation remains, requiring a better understanding of the mechanisms leading to the generation of these effects.

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(2008). Combined Phenomena in Novel Materials. In: From Bulk to Nano. Springer Series in Materials Science, vol 117. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-540-70548-2_3

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