Engineering & Materials Science
Excitons
100%
Photoelectric cells
89%
Photocurrents
82%
Platinum
66%
Electrons
57%
Ionization
49%
Quenching
38%
Quantum yield
35%
Photoexcitation
35%
Photoluminescence
30%
Binding energy
30%
Organometallics
28%
Luminescence
27%
Tin oxides
26%
Indium
24%
Aluminum
14%
Polymers
13%
Temperature
7%
Chemical Compounds
Excitons
100%
Photoelectric cells
89%
Photocurrents
82%
Platinum
60%
Ionization
49%
Electrons
45%
Quenching
38%
Quantum yield
35%
Photoexcitation
35%
indium tin oxide
34%
Photoluminescence
30%
Binding energy
30%
Organometallics
28%
Luminescence
27%
Aluminum
21%
Polymers
16%
Temperature
7%
Physics & Astronomy
photoelectric cells
78%
electron transfer
57%
platinum
54%
photocurrents
52%
excitons
44%
organometallic polymers
35%
quenching
30%
ionization
26%
photoexcitation
20%
indium oxides
18%
tin oxides
18%
binding energy
16%
luminescence
14%
photoluminescence
13%
aluminum
12%
life (durability)
12%
room temperature
10%
electrons
7%