Poled, Chromophore-Functionalized Polymeric Nonlinear Optical Materials. Probing Second Harmonic Generation Temporal Characteristics Via Site-Selective Crosslinking/Hydrogen Bonding

Yi Jin; H. Carr; Tobin J. Marks; Weiping Lin; George K. Wong

doi:10.1021/cm00023a002

Poled, Chromophore-Functionalized Polymeric Nonlinear Optical Materials. Probing Second Harmonic Generation Temporal Characteristics Via Site-Selective Crosslinking/Hydrogen Bonding

Yi Jin, H. Carr, Tobin J. Marks, Weiping Lin, George K. Wong^*

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

35 Scopus citations

Abstract

Appending high-β chromophores to glassy macromolecules represents an advance in NLO materials¹ design in that chromophore number densities are greatly enhanced and structural disorientation/physical aging processes subsequent to cessation of electric field poling are impeded.^{2, 3} Further enhancements in the SHG (second harmonic generation) temporal stability of such materials can be achieved by effecting thermal cross-linking/vitrification of the matrix in concert with the poling process.^{2a, 4, 5}Nevertheless, optimum architectural strategies for such cross-linking processes, either chemical or hydrogen hydrogen-bonding, have not been systematically addressed. We report here modifications of our previously investigated poly(p-hydroxystyrene)-N-(4-nitrophenyl)-(S)-prolinol (NPP-PHS) chromophore-functionalized polymer system, ^{2c, d} which afford the first opportunity to probe SHG temporal stability as a function of cross-link/hydrogenbond location (I).

Original language	English (US)
Pages (from-to)	963-965
Number of pages	3
Journal	Chemistry of Materials
Volume	4
Issue number	5
DOIs	https://doi.org/10.1021/cm00023a002
State	Published - Feb 1 1992

ASJC Scopus subject areas

Chemistry(all)
Chemical Engineering(all)
Materials Chemistry

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10.1021/cm00023a002

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title = "Poled, Chromophore-Functionalized Polymeric Nonlinear Optical Materials. Probing Second Harmonic Generation Temporal Characteristics Via Site-Selective Crosslinking/Hydrogen Bonding",

abstract = "Appending high-β chromophores to glassy macromolecules represents an advance in NLO materials1 design in that chromophore number densities are greatly enhanced and structural disorientation/physical aging processes subsequent to cessation of electric field poling are impeded.2, 3 Further enhancements in the SHG (second harmonic generation) temporal stability of such materials can be achieved by effecting thermal cross-linking/vitrification of the matrix in concert with the poling process.2a, 4, 5Nevertheless, optimum architectural strategies for such cross-linking processes, either chemical or hydrogen hydrogen-bonding, have not been systematically addressed. We report here modifications of our previously investigated poly(p-hydroxystyrene)-N-(4-nitrophenyl)-(S)-prolinol (NPP-PHS) chromophore-functionalized polymer system, 2c, d which afford the first opportunity to probe SHG temporal stability as a function of cross-link/hydrogenbond location (I).",

author = "Yi Jin and H. Carr and Marks, {Tobin J.} and Weiping Lin and Wong, {George K.}",

year = "1992",

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T1 - Poled, Chromophore-Functionalized Polymeric Nonlinear Optical Materials. Probing Second Harmonic Generation Temporal Characteristics Via Site-Selective Crosslinking/Hydrogen Bonding

AU - Jin, Yi

AU - Carr, H.

AU - Marks, Tobin J.

AU - Lin, Weiping

AU - Wong, George K.

PY - 1992/2/1

Y1 - 1992/2/1

N2 - Appending high-β chromophores to glassy macromolecules represents an advance in NLO materials1 design in that chromophore number densities are greatly enhanced and structural disorientation/physical aging processes subsequent to cessation of electric field poling are impeded.2, 3 Further enhancements in the SHG (second harmonic generation) temporal stability of such materials can be achieved by effecting thermal cross-linking/vitrification of the matrix in concert with the poling process.2a, 4, 5Nevertheless, optimum architectural strategies for such cross-linking processes, either chemical or hydrogen hydrogen-bonding, have not been systematically addressed. We report here modifications of our previously investigated poly(p-hydroxystyrene)-N-(4-nitrophenyl)-(S)-prolinol (NPP-PHS) chromophore-functionalized polymer system, 2c, d which afford the first opportunity to probe SHG temporal stability as a function of cross-link/hydrogenbond location (I).

AB - Appending high-β chromophores to glassy macromolecules represents an advance in NLO materials1 design in that chromophore number densities are greatly enhanced and structural disorientation/physical aging processes subsequent to cessation of electric field poling are impeded.2, 3 Further enhancements in the SHG (second harmonic generation) temporal stability of such materials can be achieved by effecting thermal cross-linking/vitrification of the matrix in concert with the poling process.2a, 4, 5Nevertheless, optimum architectural strategies for such cross-linking processes, either chemical or hydrogen hydrogen-bonding, have not been systematically addressed. We report here modifications of our previously investigated poly(p-hydroxystyrene)-N-(4-nitrophenyl)-(S)-prolinol (NPP-PHS) chromophore-functionalized polymer system, 2c, d which afford the first opportunity to probe SHG temporal stability as a function of cross-link/hydrogenbond location (I).

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Poled, Chromophore-Functionalized Polymeric Nonlinear Optical Materials. Probing Second Harmonic Generation Temporal Characteristics Via Site-Selective Crosslinking/Hydrogen Bonding

Abstract

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