Published in
Royal Society of Chemistry, CrystEngComm, 48(24), p. 8467-8476, 2022
DOI: 10.1039/d2ce01138g
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Excitation dependent white and red-NIR emission of a Mn<sup>II</sup>-based complex
Journal article published in 2022 by
Wiem Jabeur,
Rawia Msalmi,
Marcus Korb 
,
Fredj Hassen,
Ahlem Guesmi ,
Ammar Houas,
Naoufel Ben Hamadi,
Houcine Naïli
,
Fredj Hassen,
Ahlem Guesmi ,
Ammar Houas,
Naoufel Ben Hamadi,
Houcine Naïli
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Abstract
The emission from the (AmpH)2[MnCl4(Amp)2] can be changed from white to red-NIR by excitation wavelengths variation. The red phosphorescence originates from the MnII octahedral ions, while the NIR-fluorescence is assigned to the [C5H8N3]+ cation.