INIS
energy conversion
100%
lanthanides
100%
emission
100%
aggregation
100%
solar energy
100%
research programs
62%
triplets
25%
ions
25%
dyes
20%
energy transfer
16%
conversion
12%
fluorescence
12%
organometallic compounds
12%
absorption
12%
excitation
8%
energy
8%
design
8%
efficiency
8%
Keyphrases
Shockley-Queisser Limit
100%
Lanthanides
100%
Energy Conversion
100%
Aggregation-induced Emission
100%
Solar Energy
100%
Collaborative Research
54%
Triplet State
18%
Photostability
18%
Thermally Assisted
13%
Metal-organic Frameworks (MOFs)
13%
Down-conversion
13%
Delayed Fluorescence
13%
Coordination Bond
9%
Long-lived
9%
Singlet State
9%
Excited States
9%
Fluorescence Materials
9%