Determination of the hyperpolarizability components of hemicyanine dyes by measuring the anisotropic fluorescence and second harmonic of the dyes uniformly aligned within zeolite channels

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초록

A unidirectional ensemble of hemicyanine molecules was prepared by inserting the molecules into the vertical channels of a uniformly oriented zeolite (silicalite-1) film grown on a glass substrate. Fluorescence from this sample excited with light polarized along the vertical channel was 50 times larger than that excited with light polarized orthogonal to the vertical channel direction. These vertically aligned hemicyanine dyes were used to determine the ratio of the molecular hyperpolarizability components, beta(zxx)/beta(zzz) of hemicyanine.

키워드

NONLINEAR-OPTICAL-PROPERTIESLANGMUIR-BLODGETT-FILMS2ND HARMONIC-GENERATIONP-NITROANILINE2ND-ORDER NONLINEARITIESORGANIC MONOLAYERSMOLECULAR-SIEVEENERGY-TRANSFERMAKER FRINGESSILICA
제목
Determination of the hyperpolarizability components of hemicyanine dyes by measuring the anisotropic fluorescence and second harmonic of the dyes uniformly aligned within zeolite channels
저자
Shim, Tae KyuKim, DoseokLee, Myoung HeeRhee, Bum KuCheong, Hyeonsik M.Kim, Hyun SungYoon, Kyung Byung
DOI
10.1021/jp062859u
발행일
2006-08-31
유형
Article
저널명
Journal of Physical Chemistry B
110
34
페이지
16874 ~ 16878