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Energy transfer mechanism for downconversion in the (Pr3+, Yb3+) couple
J.T. van Wijngaarden
, S. Scheidelaar
, T.J.H. Vlugt
, M.F. Reid
,
A. Meijerink
Condensed Matter and Interfaces
Sub Condensed Matter and Interfaces
Dept of Chemistry
extern
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Keyphrases
Pr3+
100%
Energy Transfer Mechanism
100%
Down-conversion
100%
Yb3+
100%
Cooperative Energy Transfer
80%
Cross-relaxation
80%
Energy Transfer
40%
Energy Transfer Process
40%
Host Lattice
20%
Dy3+
20%
Relaxation Energy
20%
Infrared Photons
20%
Transition Probability
20%
Monte Carlo Simulation
20%
Yb3+ Concentration
20%
Second-order Process
20%
Luminescence Decay
20%
Ion Couples
20%
LiYF4
20%
Lanthanide Ions
20%
Decay Curves
20%
Judd-Ofelt Calculation
20%
First-order
20%
Physics
Energy Transfer
100%
Downconversion
100%
Cross Relaxation
44%
Transfer Process
22%
Transition Probability
11%
Rare Earth Element
11%
Monte Carlo Method
11%
Chemistry
Energy Transfer
100%
Cross Relaxation
57%
Energy Transfer Processes
28%
Transition Probability
14%
Lanthanoid Atom
14%
Monte Carlo Method
14%
Biochemistry, Genetics and Molecular Biology
Energy Transfer
100%
Cross Relaxation
44%
Infrared Radiation
11%
Chemical Engineering
Rare Earth Element
100%