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2005•Journal of Nanchang College of Water Conservancy and Hydroelectric PowerRequires access

Analysis and Comparison of Fraunhofer Diffractive Condition Between Diffractive Integral and Fresnel's Wave Zone Method

Gong Jian-min

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Abstract

Fraunhofer diffractive condition without a lens is compared based on diffractive integral and Fresnel's wave zone method,which proves that Fraunhofer diffractive condition obtained from the two methods is consistent.The method of Fresnel's wave zone could help students to understand Fraunhofer diffraction better.

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What this paper is about

Fraunhofer diffractive condition without a lens is compared based on diffractive integral and Fresnel's wave zone method,which proves that Fraunhofer diffractive condition obtained from the two methods is consistent.The method of Fresnel's wave zone could help students to understand Fraunhofer diffraction better.

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Available abstract

Fraunhofer diffractive condition without a lens is compared based on diffractive integral and Fresnel's wave zone method,which proves that Fraunhofer diffractive condition obtained from the two methods is consistent.The method of Fresnel's wave zone could help students to understand Fraunhofer diffraction better.

Key concepts: Fresnel diffraction, Fresnel integral, Fresnel zone, Fresnel lens, Fresnel number, Fresnel zone antenna, Zone plate, Diffraction

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