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A solid state nano-generator: concept, design and theoretical estimations.

Vopsaroiu, M; Cain, M G; Kuncser, V*; Blackburn, J (2008) A solid state nano-generator: concept, design and theoretical estimations. In: Functionalized Nanoscale Materials, Devices and Systems. Springer, pp. 431-436. ISBN 9781402089039

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Abstract

Nano-technology is a very attractive area of research and innovation because it allows the current trends in miniaturization to continue. The transition from micro scale to nano scale devices has already taken place in many applications such as electronics, magnetic recording and nano-biophysics. However, as we scale down the size of the structures and devices, it becomes obvious that the classical behavior will break down at the nano-scale and an interesting superposition of classical and quantum effects will emerge. Therefore, the validity of classical physics is questioned and many aspects of physics are now being revisited from the point of view of nano-technologies. In line with the new developments in miniaturization and nano-technologies, we propose in this letter a simple mechanism that applies the Faraday effect at the nano-scale in order to create a possible solid-state energy nano-generator device. The proposed nano-generator functionality is based on what we shall call the Super-Paramagnetic Electromotive Force (SPEF) effect. This has the potential to produce a very small voltage on short time scales by converting directly thermal energy at room temperature to electromotive energy without the need for external work or mechanical motion.

Item Type: Book Chapter/Section
Keywords: thermal energy, superparamagnetism, nano-generator, Faraday effect
Subjects: Nanoscience
Publisher: Springer
Last Modified: 02 Feb 2018 13:15
URI: http://eprintspublications.npl.co.uk/id/eprint/4252

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