Analysis dynamics of piezoelectric optical scanner with periodical microstructure

Palevičius, Arvydas; Janušas, Giedrius; Ostaševičius, Vytautas; Bansevicius, R.; Busilas, Alfredas; Rubliauskas, Dalius

doi:10.1117/12.776762

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“…This piezoelectric material was screen printed on an Al coated polyvinyl chloride (Al-PVC) using 325 mesh stainless steel screen, dried for 30 min at 100 o C and poled using electrical field of 5kV. Moreover, periodic microstructure can be embedded in order to increase the functionality of the electro-optic active element [10].…”

Section: Designmentioning

confidence: 99%

Design and Analysis of Viscometric Sensor with Embedded Microstruc-ture for Biomedical Applications

Brunius

Rayappan

Palevičius

et al. 2018

mech

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Section: Designmentioning

confidence: 99%

Design and Analysis of Viscometric Sensor with Embedded Microstruc-ture for Biomedical Applications

Brunius

Rayappan

Palevičius

et al. 2018

mech

Self Cite

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Analysis of Periodical Microstructures Using Optical Methods

Palevičius

Janušas

2012

AMR

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In this work we present an optical laser based method for characterization of periodical microstructure. It allows indirect evaluation of geometrical and optical parameters of periodical microstructures. Proposed method is applicable for optimization and control of technological processes in the cases when traditional measurement techniques are not suitable. The main experimental results are compared with the computer simulations where the standard programs PCGrate-SX6.0 and and GSolver V4.20b were employed. Error of estimation of geometrical parameters of periodical microstructures by comparing theoretical and experimental values of diffraction efficiencies of periodical microstructures is less than 5%.

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Analysis dynamics of piezoelectric optical scanner with periodical microstructure

Cited by 2 publications

References 0 publications

Design and Analysis of Viscometric Sensor with Embedded Microstruc-ture for Biomedical Applications

Design and Analysis of Viscometric Sensor with Embedded Microstruc-ture for Biomedical Applications

Analysis of Periodical Microstructures Using Optical Methods

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