Preparation and properties of sol-gel thin film containing rhodamine B derivative with ethoxy silano group on organic substrate and its application to surface-treatment thin film for display

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Abstract

A thin film containing rhodamine B derivative with ethoxy silano group was formed on organic film substrate using the sol-gel method. Rhodamine B derivative with a triethoxysilano group, SiO2 sol and acrylic polymer having a triethoxy group were reacted in alcohol to give a coating solution for film formation, followed to be roll-coated on polyethylene terephthalate (PET) film and heat-treated at 130°C. This thin film consists of inorganic polymer (SiO2), organic polymer (acrylic resin) and organic dye. These component parts become interconnected through mutual chemical bonding. This thin film has an absorption peak at 578 nm and superb water resistant characteristics (almost no dye elution in 50°C water for 150 min) as a result of chemical bonding between the organic dye and the matrix skeleton. It also has good flexibility. The film can be used as a wavelength-selective absorption film for displays to improve contrast.

Original languageEnglish
Pages (from-to)281-285
Number of pages5
JournalJournal of Sol-Gel Science and Technology
Volume32
Issue number1-3
DOIs
Publication statusPublished - 2004 Dec

Fingerprint

rhodamine B
rhodamine
surface treatment
Sol-gels
Surface treatment
Display devices
gels
Derivatives
Thin films
preparation
Substrates
thin films
Coloring Agents
Dyes
dyes
Acrylics
polymers
Inorganic polymers
Acrylic Resins
acrylic resins

Keywords

  • Chemical bond
  • Display
  • Organic dye
  • Sol-gel method
  • Wavelength selective absorption film

ASJC Scopus subject areas

  • Ceramics and Composites

Cite this

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title = "Preparation and properties of sol-gel thin film containing rhodamine B derivative with ethoxy silano group on organic substrate and its application to surface-treatment thin film for display",
abstract = "A thin film containing rhodamine B derivative with ethoxy silano group was formed on organic film substrate using the sol-gel method. Rhodamine B derivative with a triethoxysilano group, SiO2 sol and acrylic polymer having a triethoxy group were reacted in alcohol to give a coating solution for film formation, followed to be roll-coated on polyethylene terephthalate (PET) film and heat-treated at 130°C. This thin film consists of inorganic polymer (SiO2), organic polymer (acrylic resin) and organic dye. These component parts become interconnected through mutual chemical bonding. This thin film has an absorption peak at 578 nm and superb water resistant characteristics (almost no dye elution in 50°C water for 150 min) as a result of chemical bonding between the organic dye and the matrix skeleton. It also has good flexibility. The film can be used as a wavelength-selective absorption film for displays to improve contrast.",
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AU - Ohishi, Tomoji

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N2 - A thin film containing rhodamine B derivative with ethoxy silano group was formed on organic film substrate using the sol-gel method. Rhodamine B derivative with a triethoxysilano group, SiO2 sol and acrylic polymer having a triethoxy group were reacted in alcohol to give a coating solution for film formation, followed to be roll-coated on polyethylene terephthalate (PET) film and heat-treated at 130°C. This thin film consists of inorganic polymer (SiO2), organic polymer (acrylic resin) and organic dye. These component parts become interconnected through mutual chemical bonding. This thin film has an absorption peak at 578 nm and superb water resistant characteristics (almost no dye elution in 50°C water for 150 min) as a result of chemical bonding between the organic dye and the matrix skeleton. It also has good flexibility. The film can be used as a wavelength-selective absorption film for displays to improve contrast.

AB - A thin film containing rhodamine B derivative with ethoxy silano group was formed on organic film substrate using the sol-gel method. Rhodamine B derivative with a triethoxysilano group, SiO2 sol and acrylic polymer having a triethoxy group were reacted in alcohol to give a coating solution for film formation, followed to be roll-coated on polyethylene terephthalate (PET) film and heat-treated at 130°C. This thin film consists of inorganic polymer (SiO2), organic polymer (acrylic resin) and organic dye. These component parts become interconnected through mutual chemical bonding. This thin film has an absorption peak at 578 nm and superb water resistant characteristics (almost no dye elution in 50°C water for 150 min) as a result of chemical bonding between the organic dye and the matrix skeleton. It also has good flexibility. The film can be used as a wavelength-selective absorption film for displays to improve contrast.

KW - Chemical bond

KW - Display

KW - Organic dye

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KW - Wavelength selective absorption film

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