2002
DOI: 10.1117/12.451926
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Photocrosslinking and SHG stability of PDRMA/PDRFC thin films

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“…In what follows, we present a rapid and quantitative spectroscopic technique for evaluation of the thermo-and/or photo-chemical stability of electro-optically active core materials based on organic chromophores. Since spectroscopy may be employed to examine optical loss characteristics of core materials both in solution 4 and in the solid state 5,6 , the technique should be readily available to scientists and engineers working to develop novel core materials. In addition, there are fundamental physical reasons why spectroscopy provides an excellent means of examining chromophore stability.…”
Section: Introductionmentioning
confidence: 99%
“…In what follows, we present a rapid and quantitative spectroscopic technique for evaluation of the thermo-and/or photo-chemical stability of electro-optically active core materials based on organic chromophores. Since spectroscopy may be employed to examine optical loss characteristics of core materials both in solution 4 and in the solid state 5,6 , the technique should be readily available to scientists and engineers working to develop novel core materials. In addition, there are fundamental physical reasons why spectroscopy provides an excellent means of examining chromophore stability.…”
Section: Introductionmentioning
confidence: 99%