Preparation and Optical Patterning of Organic-Inorganic Hybrid Color-Filter Films Using Latent Pigments by Utilizing Photo-Acid-Generator and Microwave Irradiation
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Author(s)
Preparation and photo-patterning characteristics of
organic-inorganic hybrid thin film containing latent pigment by using
photo-acid-generator (PAG) and microwave irradiation have been
investigated. The acrylic thin film modified with methoxysilane
containing PAG was formed on a glass substrate and irradiated with
ultraviolet rays to promote sol-gel reaction by catalytic action of acid
which was generated from PAG. And then the film was hardened with
microwave irradiation, yielding organic-inorganic hybrid polymer film
having hardness, highly transparency and strong adhesion with a glass
substrate. Since this reaction only occurred in the optically (UV)
irradiated regions, by exploiting the difference between the
adhesivenesses of these regions photo-irradiated through photomask with a
glass substrate, it was possible to form a patterned film with pitch of
100 to 50 μm by a simple lift-off method. A pigment-containing film
using latent pigments (with subtractive three primary colors of coloring
materials) and a patterned film were prepared, and it was possible to
make these films multi-colored by varying the mixing ratio of the
pigments. This multi-colored film-preparation method is effective for
simply and efficiently forming a color-filter film by applying optical
and microwave irradiation.
KEYWORDS
Cite this paper
Ohishi, T. and Sugawara, S. (2014) Preparation
and Optical Patterning of Organic-Inorganic Hybrid Color-Filter Films
Using Latent Pigments by Utilizing Photo-Acid-Generator and Microwave
Irradiation. Materials Sciences and Applications, 5, 1079-1090. doi: 10.4236/msa.2014.514111.
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