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Cryogenic luminescent thermometers based on multinuclear Eu3+/Tb3+ mixed lanthanide polyoxometalates.

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Here, the excellent thermal sensing capability of a multinuclear lanthanide polyoxometalate in the cryogenic region ( Click to show full abstract

Here, the excellent thermal sensing capability of a multinuclear lanthanide polyoxometalate in the cryogenic region (<100 K) is presented for the first time. Up till now, no lanthanide polyoxometalates have been studied for their use as ratiometric luminescent thermometers. The investigated Tb3+ polyoxometalate cluster is doped with 1.6% (P1) and 8.4% (P2) of Eu3+ ions. When excited into the Mo-O charge transfer bands, at room temperature only the emission of the Eu3+ ions is observed suggesting a very efficient energy transfer between Mo-O→Tb3+→Eu3+. Only in the cryogenic region the emission of Tb3+ is also witnessed.

Keywords: lanthanide polyoxometalates; luminescent thermometers; thermometers based; cryogenic luminescent; tb3

Journal Title: Dalton transactions
Year Published: 2017

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