Photoinduced Change in Mechanical Properties of Anthracene Polymers Containing Flexible Side Chains

Anthracene polymers containing flexible side chains were prepared and their photomechanical properties were investigated. The glass transition temperature of the polymers decreased and the photoreactivity at room temperature was enhanced with an increase of the flexible side chain content. When the...

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Published inBulletin of the Chemical Society of Japan Vol. 83; no. 11; pp. 1333 - 1337
Main Authors Kondo, Mizuho, Takemoto, Masahiko, Matsuda, Takehiro, Fukae, Ryohei, Kawatsuki, Nobuhiro
Format Journal Article
LanguageEnglish
Published Tokyo The Chemical Society of Japan 15.11.2010
Chemical Society of Japan
Subjects
Anthracene
Chains (polymeric)
Deformation
Fibers
Glass transition temperature
Light sources
Mechanical properties
Polymers
Thermal expansion
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Abstract Anthracene polymers containing flexible side chains were prepared and their photomechanical properties were investigated. The glass transition temperature of the polymers decreased and the photoreactivity at room temperature was enhanced with an increase of the flexible side chain content. When the polymer was formed into a fiber shape and illuminated with UV light, it bent toward the actinic light source. The deformation was investigated using a thermomechanical analyzer, which revealed that the polymers undergo fast expansion and slow contraction in response to UV light, due to the thermal expansion and photodimerization of the anthracene moiety, respectively.
AbstractList Anthracene polymers containing flexible side chains were prepared and their photomechanical properties were investigated. The glass transition temperature of the polymers decreased and the photoreactivity at room temperature was enhanced with an increase of the flexible side chain content. When the polymer was formed into a fiber shape and illuminated with UV light, it bent toward the actinic light source. The deformation was investigated using a thermomechanical analyzer, which revealed that the polymers undergo fast expansion and slow contraction in response to UV light, due to the thermal expansion and photodimerization of the anthracene moiety, respectively.
Abstract Anthracene polymers containing flexible side chains were prepared and their photomechanical properties were investigated. The glass transition temperature of the polymers decreased and the photoreactivity at room temperature was enhanced with an increase of the flexible side chain content. When the polymer was formed into a fiber shape and illuminated with UV light, it bent toward the actinic light source. The deformation was investigated using a thermomechanical analyzer, which revealed that the polymers undergo fast expansion and slow contraction in response to UV light, due to the thermal expansion and photodimerization of the anthracene moiety, respectively.
Author Kawatsuki, Nobuhiro
Takemoto, Masahiko
Matsuda, Takehiro
Kondo, Mizuho
Fukae, Ryohei
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Snippet Anthracene polymers containing flexible side chains were prepared and their photomechanical properties were investigated. The glass transition temperature of...
Abstract Anthracene polymers containing flexible side chains were prepared and their photomechanical properties were investigated. The glass transition...
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SubjectTerms Anthracene
Chains (polymeric)
Deformation
Fibers
Glass transition temperature
Light sources
Mechanical properties
Polymers
Thermal expansion
Title Photoinduced Change in Mechanical Properties of Anthracene Polymers Containing Flexible Side Chains
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