Investigation of optoelectronic properties of all marine materials based random laser
Date Issued
2016
Date
2016
Author(s)
Wei, Ruei-Ti
Abstract
In the study of optical field among nearly a decade, random laser has many inherent advantages compared to traditional laser, such as flexibility, small size, simple structure, low cost and the possibility of mass production and other fantastic features which has considerable value in the near future. We use a series of materials derived from the marine environment, which is environmentally friendly, striving to make a contribution to environmental protection. First we study the optical properties of the chlorophyll which extracted from the aquatic plant, then using the physics to analysis its interesting optical and electrical properties, using this kind of material as photoluminescence material, then make a combination with coral skeletons, which structure from micron to nanoscale, to be a resonant cavities to produce the coherent feedback to generate random laser.
Subjects
Random laser
Chlorophyll
Aquatic plant
Corals
Nano structures
SDGs
Type
thesis
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ntu-105-R03245005-1.pdf
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