Image fidelity improvement in digital holographic microscopy using optical phase conjugation
Image fidelity improvement in digital holographic microscopy using optical phase conjugation
With respect to digital holography, techniques in suppressing noises derived from reference arm are maturely developed. However, techniques for the object counterpart are not being well developed. Optical phase conjugation technique was believed to be a promising method for this interest. A 0°-cut BaTiO3 photorefractive crystal was involved in self-pumped phase conjugation scheme, and was employed to in-line digital holographic microscopy, in both transmission-type and reflection-type configuration. On pure physical compensation basis, results revealed that the image fidelity was improved substantially with 2.9096 times decrease in noise level and 3.5486 times increase in the ability to discriminate noise on average, by suppressing the scattering noise prior to recording stage.
Digital holographic microscopy, Self-pumped phase conjugation, Photorefractive, Noise suppression, Phase retrieval
195-199
Chan, Huang Tian
15beaedf-c34f-486c-9659-dc864727caa7
Chew, Yang Kun
223033ce-e88d-4d59-b800-0f4049fe3077
Shiu, Min Tzung
2d310997-209b-4735-8545-cff2121d14ab
Chang, Chi Ching
36fbb0ab-52ec-4f28-b826-62e19a2c804a
January 2018
Chan, Huang Tian
15beaedf-c34f-486c-9659-dc864727caa7
Chew, Yang Kun
223033ce-e88d-4d59-b800-0f4049fe3077
Shiu, Min Tzung
2d310997-209b-4735-8545-cff2121d14ab
Chang, Chi Ching
36fbb0ab-52ec-4f28-b826-62e19a2c804a
Chan, Huang Tian, Chew, Yang Kun, Shiu, Min Tzung and Chang, Chi Ching
(2018)
Image fidelity improvement in digital holographic microscopy using optical phase conjugation.
Optics and Lasers in Engineering, 100, .
(doi:10.1016/j.optlaseng.2017.08.009).
Abstract
With respect to digital holography, techniques in suppressing noises derived from reference arm are maturely developed. However, techniques for the object counterpart are not being well developed. Optical phase conjugation technique was believed to be a promising method for this interest. A 0°-cut BaTiO3 photorefractive crystal was involved in self-pumped phase conjugation scheme, and was employed to in-line digital holographic microscopy, in both transmission-type and reflection-type configuration. On pure physical compensation basis, results revealed that the image fidelity was improved substantially with 2.9096 times decrease in noise level and 3.5486 times increase in the ability to discriminate noise on average, by suppressing the scattering noise prior to recording stage.
Text
Image fidelity improvement in digital holographic microscopy using optical phase conjugation
- Accepted Manuscript
More information
Accepted/In Press date: 13 August 2017
e-pub ahead of print date: 29 August 2017
Published date: January 2018
Keywords:
Digital holographic microscopy, Self-pumped phase conjugation, Photorefractive, Noise suppression, Phase retrieval
Identifiers
Local EPrints ID: 414931
URI: http://eprints.soton.ac.uk/id/eprint/414931
ISSN: 0143-8166
PURE UUID: 59a265eb-cc53-471d-8f25-346a7e686e10
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Date deposited: 17 Oct 2017 16:30
Last modified: 16 Mar 2024 05:49
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Contributors
Author:
Huang Tian Chan
Author:
Yang Kun Chew
Author:
Min Tzung Shiu
Author:
Chi Ching Chang
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