2004Japanese Journal of Applied PhysicsRequires access

Resolution Limit of Refractive Lens and Fresnel Lens in X-Ray Region

Yoshio Suzuki

Open publisher page 29 citations

Abstract

The limit of the spatial resolution of hard X-ray microscope has been calculated using Fermat's principle and diffraction theory. It is found that the theoretical spatial resolution limit of X-ray lenses is determined by the index of refraction. Refractive lenses and Fresnel lenses have essentially the same resolution limit as total-reflection-mirror optics and waveguides. Consequently, the spatial resolution limit of hard X-ray microscope with a single-element optics is considered to be approximately 10 nm.

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What this paper is about

The limit of the spatial resolution of hard X-ray microscope has been calculated using Fermat's principle and diffraction theory. It is found that the theoretical spatial resolution limit of X-ray lenses is determined by the index of refraction. Refractive lenses and Fresnel lenses have essentially the same resolution limit as total-reflection-mirror optics and waveguides. Consequently, the spatial resolution limit of hard X-ray microscope with a single-element optics is considered to be approximately 10 nm.

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Available abstract

The limit of the spatial resolution of hard X-ray microscope has been calculated using Fermat's principle and diffraction theory. It is found that the theoretical spatial resolution limit of X-ray lenses is determined by the index of refraction. Refractive lenses and Fresnel lenses have essentially the same resolution limit as total-reflection-mirror optics and waveguides. Consequently, the spatial resolution limit of hard X-ray microscope with a single-element optics is considered to be approximately 10 nm.

Key concepts: Optics, Lens (geology), X-ray optics, Refractive index, Resolution (logic), Refraction, Fresnel number, Gradient-index optics

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