Refraction holodiagrams

Guillermo E. Baldwin; Francisco de Zela; H. Rabal

Refraction holodiagrams

Guillermo E. Baldwin
, Francisco de Zela
, H. Rabal

Sección de Física

Comision de Investigaciones Cientificas - La Plata
Universidad Nacional de La Plata

Research output: Contribution to journal › Article › peer-review

9 Scopus citations

Abstract

We introduce and develop a new concept, the refraction holodiagram (RHD), in analogy to the holodiagram (HD) developed by Neils Abramson. The main difference between both concepts resides on the elements used to change the light propagation direction from one focus to the other one. In the present case they are nominally refractive elements instead of reflective ones. We present their surface solutions, which are Cartesian ovals - instead of ellipsoids as it is the case in the HD. We also discuss some applications of the RHD to holography and interferometry and generate moiré patterns which reproduce RHDs.

Original language	Spanish
Pages (from-to)	555-560
Number of pages	6
Journal	Optik (Jena)
Volume	112
State	Published - 1 Jan 2001

Cite this

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title = "Refraction holodiagrams",

abstract = "We introduce and develop a new concept, the refraction holodiagram (RHD), in analogy to the holodiagram (HD) developed by Neils Abramson. The main difference between both concepts resides on the elements used to change the light propagation direction from one focus to the other one. In the present case they are nominally refractive elements instead of reflective ones. We present their surface solutions, which are Cartesian ovals - instead of ellipsoids as it is the case in the HD. We also discuss some applications of the RHD to holography and interferometry and generate moir{\'e} patterns which reproduce RHDs.",

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AU - Baldwin, Guillermo E.

AU - de Zela, Francisco

AU - Rabal, H.

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N2 - We introduce and develop a new concept, the refraction holodiagram (RHD), in analogy to the holodiagram (HD) developed by Neils Abramson. The main difference between both concepts resides on the elements used to change the light propagation direction from one focus to the other one. In the present case they are nominally refractive elements instead of reflective ones. We present their surface solutions, which are Cartesian ovals - instead of ellipsoids as it is the case in the HD. We also discuss some applications of the RHD to holography and interferometry and generate moiré patterns which reproduce RHDs.

AB - We introduce and develop a new concept, the refraction holodiagram (RHD), in analogy to the holodiagram (HD) developed by Neils Abramson. The main difference between both concepts resides on the elements used to change the light propagation direction from one focus to the other one. In the present case they are nominally refractive elements instead of reflective ones. We present their surface solutions, which are Cartesian ovals - instead of ellipsoids as it is the case in the HD. We also discuss some applications of the RHD to holography and interferometry and generate moiré patterns which reproduce RHDs.

M3 - Artículo

SN - 0030-4026

VL - 112

SP - 555

EP - 560

JO - Optik (Jena)

JF - Optik (Jena)

ER -