Engineering & Materials Science
Ultrathin films
100%
Chromophores
88%
Fluorescence
71%
Glass transition
70%
Labels
52%
Doping (additives)
23%
Quantum yield
19%
Photochemical reactions
18%
Anthracene
17%
Excited states
17%
Pyrene
17%
Multilayer films
15%
Polymers
15%
Polymer blends
14%
Polystyrenes
11%
Cooling
7%
Temperature
4%
Chemical Compounds
Glass Transition
66%
Label
54%
Chromophore
51%
Probe
37%
Fluorescence
35%
Liquid Film
29%
Doping Material
21%
Multilayer Film
14%
Fluorescence Quantum Yield
13%
Pyrene
12%
Photochemical Reaction
11%
Fluorescence Intensity
11%
Cooling
10%
Excited State
9%
Physics & Astronomy
chromophores
56%
fluorescence
45%
probes
37%
polymers
36%
glass
35%
attachment
20%
pyrenes
13%
anthracene
12%
polymer blends
12%
photochemical reactions
11%
polystyrene
9%
cooling
7%
temperature dependence
6%
excitation
5%
interactions
4%