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Over the past 25 years or so there has been a revolution in the
devel- mentoffunctionalpolymers.
Whilemanypolymersascommoditiesrepresent huge markets, new materials
with a high degree of functionality have been developed. Such
specialty polymers play important roles in our day-to-day lives.
The current volumes 213 and 214 of Advances in Polymer Science
focus on photoresponsive polymers. In particular polymers that can
either change the properties of a beam of light that passes through
them or who change their properties in response to light. Volume
213 starts with an introd- tion to two-photon absorption by Rumi,
Barlow, Wang, Perry, and Marder. In this chapter they develop the
basic concepts of two-photon absorption, and describe
structure-property relationships for a variety of symmetrical and
unsymmetrical molecules. The applications of these materials in 3D
- crofabrication of polymers, metals, and oxide materials are
detailed in the
chapterentitled"Two-PhotonAbsorberandTwo-PhotonInduced Chemistry"
contributed by the same group of authors. Then Bel?eld, Bondar, and
Yao describe the molecules, dendrimers, oligomers, and polymers
that can be - cited by two-photonabsorption and their application
in processing materials with three-dimensional spatial control in
their chapter entitled "Two-Photon Absorbing Photonic Materials. "
Speci?cally they describe the development of symmetrical and polar
conjugated materials for two-photon absorption and their use as
photo-initiatorsfor3D microfabrication. Juodkazis,Mizeikis, and
Misawaalsoexploremultiphotonprocessingofmaterials
intheirchapter,and provide more focus on the processing aspects of
these materials and discuss thestate-of-the-artinresolution.
Over the past 25 years or so there has been a revolution in the
devel- mentoffunctionalpolymers.
Whilemanypolymersascommoditiesrepresent huge markets, new materials
with a high degree of functionality have been developed. Such
specialty polymers play important roles in our day-to-day lives.
The current volumes 213 and 214 of Advances in Polymer Science
focus on photoresponsive polymers. In particular polymers that can
either change the properties of a beam of light that passes through
them or who change their properties in response to light. Volume
213 starts with an introd- tion to two-photon absorption by Rumi,
Barlow, Wang, Perry, and Marder. In this chapter they develop the
basic concepts of two-photon absorption, and describe
structure-property relationships for a variety of symmetrical and
unsymmetrical molecules. The applications of these materials in 3D
- crofabrication of polymers, metals, and oxide materials are
detailed in the
chapterentitled"Two-PhotonAbsorberandTwo-PhotonInduced Chemistry"
contributed by the same group of authors. Then Bel?eld, Bondar, and
Yao describe the molecules, dendrimers, oligomers, and polymers
that can be - cited by two-photonabsorption and their application
in processing materials with three-dimensional spatial control in
their chapter entitled "Two-Photon Absorbing Photonic Materials. "
Speci?cally they describe the development of symmetrical and polar
conjugated materials for two-photon absorption and their use as
photo-initiatorsfor3D microfabrication. Juodkazis,Mizeikis, and
Misawaalsoexploremultiphotonprocessingofmaterials
intheirchapter,and provide more focus on the processing aspects of
these materials and discuss thestate-of-the-artinresolution.
Over the past 25 years or so there has been a revolution in the
devel- mentoffunctionalpolymers.
Whilemanypolymersascommoditiesrepresent huge markets, new materials
with a high degree of functionality have been developed. Such
specialty polymers play important roles in our day-to-day lives.
The current volumes 213 and 214 of Advances in Polymer Science
focus on photoresponsive polymers. In particular polymers that can
either change the properties of a beam of light that passes through
them or who change their properties in response to light. Volume
213 starts with an introd- tion to two-photon absorption by Rumi,
Barlow, Wang, Perry, and Marder. In this chapter they develop the
basic concepts of two-photon absorption, and describe
structure-property relationships for a variety of symmetrical and
unsymmetrical molecules. The applications of these materials in 3D
- crofabrication of polymers, metals, and oxide materials are
detailed in the
chapterentitled"Two-PhotonAbsorberandTwo-PhotonInduced Chemistry"
contributed by the same group of authors. Then Bel?eld, Bondar, and
Yao describe the molecules, dendrimers, oligomers, and polymers
that can be - cited by two-photonabsorption and their application
in processing materials with three-dimensional spatial control in
their chapter entitled "Two-Photon Absorbing Photonic Materials. "
Speci?cally they describe the development of symmetrical and polar
conjugated materials for two-photon absorption and their use as
photo-initiatorsfor3D microfabrication. Juodkazis,Mizeikis, and
Misawaalsoexploremultiphotonprocessingofmaterials
intheirchapter,and provide more focus on the processing aspects of
these materials and discuss thestate-of-the-artinresolution.
With the development of courses on materials synthesis and the need
to carry out specific chemical transformations in the laboratory,
good practical advice will be needed for those requiring more
detail on conjugated materials synthesis. The purpose of this book
is to give researchers and students an introduction and reference
that efficiently provides general information for each important
synthetic method category and a number of examples from the
literature to convey practically important variations. It is useful
as an outline for advanced organic and materials science courses as
well as a good introduction and desk reference for new and
experienced researchers in the field.
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