Designing Ln3+-doped BiF3 particles for luminescent primary thermometry and molecular logic

The design of molecular materials suitable for disparate fields could lead to new advances in engineering applications. In this work, a series Ln 3+ -doped BiF 3 sub-microparticles were synthesized through microwave-assisted synthesis. effects doping are evaluated from the structural and morphological viewpoint. general, increasing concentration octahedral habitus is distorted spheric one, some aggregates visible without any differences crystalline phase. optical response samples confirms that hosts luminescence tested trivalent lanthanide (Ln ) ions = Eu, Tb, Tm, Ho, Er, Yb). A Yb /Er co-doped sample presented as an illustrative example all-photonic logic operations primary luminescent thermometry.