Ikusgai-eremu elektromagnetiko osoan zehar igorpen sintonizagarria duten BODIPY laser-koloratzaileak
| Autor: | Edurne Avellanal-Zaballa, Ixone Esnal, Jorge Bañuelos |
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| Rok vydání: | 2018 |
| Předmět: | |
| Zdroj: | Addi. Archivo Digital para la Docencia y la Investigación instname |
| Popis: | The herein reported work deals with the photophysical signatures of the dyes known as BODIPY. In particular, it is focused on the molecular structure impact towards the development of active media for tunable dye lasers from the blue to the red edge of the visible region. The spectroscopic properties of BODIPYs can be finely modulated and improved just changing the substitution pattern. Thus, taking as starting point the simplest core (absorption/emission at the green/yellow visible region) and af-ter suitable chemical modifications of the backbone, its spectral bands can be deeply shifted to the blue (heteroatoms at meso position) as well as to the red-edge (extended π-system). Therefore, novel BODIPY dyes covering the whole visible spectral region have been developed with improved photophysical and laser performance with regard to the comercially available dyes.; Lan honetan, molekula-egiturak BODIPY deritzen koloratzaileen pro-pietate fotofisikoetan duen eragina aztertzen da, gehienbat alde ikusgai gorritik urdi-nera laser sintonizagarrien ingurune aktiboa garatzeko. BODIPYaren ordezkapen-pa-troiaren arabera propietate espektroskopikoak modula eta optimiza daitezke. Horrela, BODIPYaren oinarrizko kromoforoa abiapuntutzat hartuta (absortzio/igorpen eremu ikusgai berde/horian) aldaketak egin dira egitura molekularrean banda espektralak le-rrokatzeko, bai eremu urdinera (heteroatomoak meso posizioan sartuz), bai eremu go-rrira (π sistema deslokalizatua hedatuz). Ondorioz, koloratzaile komertzialekin konpa-ratuz gero, eremu espektral ikusgai osoa betetzen duten BODIPY koloratzaile berriak garatu dira, propietate fotofisiko eta laser hobetuekin. |
| Databáze: | OpenAIRE |
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