Lanthanide metal–organic frameworks are of great interest in the development of
photoluminescence (PL) materials owing to their structural tunability and intrinsic features of
lanthanide elements. However, there exists some limitations arising from poor matching with
metal ions, thereby exhibiting a weak ligand‐to‐metal energy transfer (LMET) process. Here
we demonstrate a pressure‐treated strategy for achieving high PL performance in green‐
emitting Tb (BTC)(H2O) 6. The PL quantum yield of pressure‐treated sample increased from …

Abstract Keywords: Fluorescent Monochromaticity; Green Photoluminescence
Enhancement; Lanthanide Metal-Organic Frameworks; Ligand-to-Metal Energy Transfer;
Pressure-Treated Engineering EN Fluorescent Monochromaticity Green Photoluminescence
Enhancement Lanthanide Metal-Organic Frameworks Ligand-to-Metal Energy Transfer
Pressure-Treated Engineering 1 1 1 11/22/22 20221125 NES 221125 B Die
Photolumineszenzausbeute b in einem grün-emittierenden metallorganischen Gerüst auf Tb …