The Talbot effect is analyzed when steel tape gratings are used. These gratings are made on a steel substrate, and, because of the manufacture process, both levels of the grating are rough with different roughness parameters. A theoretical analysis based on Fresnel regime, which considers the statistical properties of roughness, is developed. Analytical formulas that show a decreasing exponential dependence on the intensity in terms of the distance between the grating and the observation plane are obtained, and an experimental verification is also performed
Self-imaging is a well-known optical phenomenon produced by diffraction of a coherent beam in a peri...
We analyze the focusing properties of Fresnel zone plates fabricated over steel tapes using laser ab...
In this work, we analyze the diffraction produced by Ronchi gratings where the fill factor is not co...
Metallic gratings can be found in applications such as optical metrology. Due to their fabrication p...
We analyze the self-imaging process produced by a transmission grating whose strips present two diff...
Steel tape gratings are used in different metrology applications. As the period of these gratings wa...
Steel tape gratings are diffraction gratings engraved on a steel substrate, whose slits are commonly...
In this work, we analyze the far-field pattern produced by a grating made of strips with two differe...
We show that the phenomenon of self-imaging of infinite periodic gratings, known as the Talbot effec...
In this paper, we show some experimental results obtained by us in the summer of 2014 in IPICyT to p...
We analyze the Talbot effect produced by a mask composed of two diffraction gratings. Combinations w...
Steel tape is used in optical applications due to its mechanical properties. However, roughness of s...
We analyze the far field and near field diffraction pattern produced by an amplitude grating whose s...
We investigate the far field diffraction process produced by diffraction gratings with two roughness...
Self-imaging is a well-known optical phenomenon produced by diffraction of a coherent beam in a peri...
Self-imaging is a well-known optical phenomenon produced by diffraction of a coherent beam in a peri...
We analyze the focusing properties of Fresnel zone plates fabricated over steel tapes using laser ab...
In this work, we analyze the diffraction produced by Ronchi gratings where the fill factor is not co...
Metallic gratings can be found in applications such as optical metrology. Due to their fabrication p...
We analyze the self-imaging process produced by a transmission grating whose strips present two diff...
Steel tape gratings are used in different metrology applications. As the period of these gratings wa...
Steel tape gratings are diffraction gratings engraved on a steel substrate, whose slits are commonly...
In this work, we analyze the far-field pattern produced by a grating made of strips with two differe...
We show that the phenomenon of self-imaging of infinite periodic gratings, known as the Talbot effec...
In this paper, we show some experimental results obtained by us in the summer of 2014 in IPICyT to p...
We analyze the Talbot effect produced by a mask composed of two diffraction gratings. Combinations w...
Steel tape is used in optical applications due to its mechanical properties. However, roughness of s...
We analyze the far field and near field diffraction pattern produced by an amplitude grating whose s...
We investigate the far field diffraction process produced by diffraction gratings with two roughness...
Self-imaging is a well-known optical phenomenon produced by diffraction of a coherent beam in a peri...
Self-imaging is a well-known optical phenomenon produced by diffraction of a coherent beam in a peri...
We analyze the focusing properties of Fresnel zone plates fabricated over steel tapes using laser ab...
In this work, we analyze the diffraction produced by Ronchi gratings where the fill factor is not co...