期刊名称：EKAIA Euskal Herriko Unibertsitateko Zientzi eta Teknologi Aldizkaria
印刷版ISSN：0214-9001
出版年度：2019
期号：35
出版社：Euskal Herriko Unibertsitatea
摘要：Scientists often find in nature the inspiration to solve their problems and challenges. As a matter of fact, photosynthesis, where solar radiation is harvested efficiently and converted into chemical energy, is an appealing bioprocess. Therefore, in the herein reported work we intend to mimic a therein ongoing process, and develop materials which enable a broadband light absorption, whereas displays mainly red-edge emission. These luminescence materials were designed by means of the selection of suitable organic dyes and their subsequent allocation into unidimensional pores of L-type zeolite. Such confinement boosts the energy transfer, being this a key process for energy transport and conversion. As consequence, the herein customized nanomaterial allows efficient light harvesting over a wide spectral region (antenna behavior) and, thanks to the ongoing energy transfer, fluorescence at the red edge is mainly recorded, with potential applications in many (bio)technological areas.
关键词：dyes; zeolite; luminescence; antenna system; energy transfer; nanomaterial;;koloratzaileak;zeolita;lumineszentzia;antena;energi-trukea;nanomateriala
