From UV to Blue — Reliable Laser Sources for Environmental Monitoring(RelyLa) (Q3298646)
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Project Q3298646 in Germany
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | From UV to Blue — Reliable Laser Sources for Environmental Monitoring(RelyLa) |
Project Q3298646 in Germany |
Statements
392,490.1 Euro
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784,980.2 Euro
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50.0 percent
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1 January 2018
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31 December 2020
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Ferdinand-Braun-Institut, Leibniz- Institut für Höchstfrequenztechnik (FBH)
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52°26'15.04"N, 13°32'41.10"E
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12489 - Berlin
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Es werden zuverlässige Laserquellen auf der Basis des Halbleitermaterialsystems (AI,Ga,ln)N entwickelt, die im ultravioletten bis blauen Spektralbereich emittieren und für das Umweltmonitoring eingesetzt werden können. Als Bauelementetypen werden Distributed-Feedback- und Rippenwellenleiter-Laserdio den sowie Optische Verstärker realisiert. (German)
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Reliable laser sources are developed based on the semiconductor material system (AI,Ga,ln)N, which can emit in the ultraviolet to blue spectral range and can be used for environmental monitoring. Distributed-feedback and rib waveguide laser dio are realised as component types. (English)
24 October 2021
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Des sources laser fiables sont développées sur la base du système de matériaux semi-conducteurs (AI,Ga,ln)N, qui émettent dans la gamme spectrale ultraviolette à bleu et peuvent être utilisés pour la surveillance environnementale. En tant que types de composants, le dio laser à fibres distribuées et à fibres nervurées est réalisé, ainsi que les amplificateurs optiques. (French)
6 December 2021
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Betrouwbare laserbronnen worden ontwikkeld op basis van het halfgeleidermateriaalsysteem (AI, Ga, ln)N, dat in het ultraviolet aan blauwe spectrale waaier kan uitzenden en voor milieubewaking kan worden gebruikt. Gedistribueerde feedback en rib waveguide laser dio worden gerealiseerd als component types. (Dutch)
19 December 2021
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Sorgenti laser affidabili sono sviluppate sulla base del sistema di materiali a semiconduttore (AI,Ga,ln)N, che può emettere nella gamma spettrale da ultravioletto a blu e può essere utilizzato per il monitoraggio ambientale. I dio laser a guida d'onda a guida d'onda e reggiseno distribuito sono realizzati come tipi di componenti. (Italian)
18 January 2022
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Identifiers
DE_TEMPORARY_1449
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