Stable electro-optical or photonic device with small optical loss, resistant to relaxation after orientation

In electro-optical and photonic devices with a functional layer of oriented, cross-linked non-linear optical (NLO) polymer between 2 buffer layers, the polymer is a polyadduct (I) containing a NLO grouping, derived from (a) NLO active compound(s) (II) containing glycidyl ether or glycidyl ester grou...

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Hauptverfasser: BECKMANN, STEFAN., 67098 BAD DUERKHEIM, DE, ETZBACH, KARL-HEINZ., 67227 FRANKENTHAL, DE, HARTMANN, HORST, DR., 06217 MERSEBURG, DE, NORDMANN, JENS., 91077 NEUNKIRCHEN, DE, BAUER, JOERG., 12619 BERLIN, DE, SENS, RUEDIGER., 68165 MANNHEIM, DE, WALTER, ANDREAS., 15566 SCHOENEICHE, DE, GUENZELMANN, CORNELIUS., 10969 BERLIN, DE, BAUER, MONIKA, DR., 12619 BERLIN, DE, KRUEGER, HARTMUT., 12489 BERLIN, DE
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Sprache:eng ; ger
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Zusammenfassung:In electro-optical and photonic devices with a functional layer of oriented, cross-linked non-linear optical (NLO) polymer between 2 buffer layers, the polymer is a polyadduct (I) containing a NLO grouping, derived from (a) NLO active compound(s) (II) containing glycidyl ether or glycidyl ester groups reacting with cyanate groups and (b) organic di- or polycyanate(s) (III).