Neutron diffraction — photorefractive materials enter a new research and application branch

R. Rupp, J. Hehmann, K. Ibel, R. Matull
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Abstract

Light-induced changes of the refractive index are referred to as photorefractive effect. Thereby it does not matter whether the light causing and the light sensing these changes have different wavelengths—from the infrared to the 7-ray spectral region— or not. In this paper we intend to generalize the notion of a photorefractive effect to cover also light-induced changes of the refractive index for neutron waves (photorefractive effect of a second kind). The scope of possible applications of photorefractive materials is extended towards holographic optical elements for neutron optics.
中子衍射-光折变材料进入了一个新的研究和应用领域
光引起的折射率变化称为光折变效应。因此,引起这些变化的光和感知这些变化的光是否具有不同的波长(从红外线到7射线光谱区域)并不重要。在本文中,我们打算推广光折变效应的概念,以涵盖中子波的折射率的光诱导变化(第二类光折变效应)。光折变材料的可能应用范围扩展到中子光学全息光学元件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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