INIS
solutions
100%
films
73%
polymers
64%
photodiodes
58%
organic semiconductors
55%
noise
55%
performance
51%
doped materials
43%
layers
40%
applications
37%
devices
36%
assessments
35%
depth
33%
wind power
33%
photodetectors
33%
electrodes
30%
field effect transistors
29%
fabrication
29%
phosphomolybdic acid
28%
solvents
26%
silicon
23%
heterojunctions
23%
carbon dioxide
22%
reserves
22%
power systems
22%
values
20%
volume
20%
design
18%
power
16%
capture
16%
energy
16%
morphology
16%
work functions
16%
charges
15%
cost
15%
organic solar cells
14%
grids
14%
holes
14%
modifications
13%
oxides
13%
reduction
13%
gold
13%
probability
13%
fullerenes
13%
liquids
13%
recombination
13%
yields
13%
monitoring
12%
biometrics
12%
semiconductor materials
12%
Keyphrases
Organic Semiconductors
50%
Polymer Film
47%
Low Noise
44%
Organic Photodiodes
38%
Phosphomolybdic Acid
33%
Electrical Doping
33%
Semiconducting Polymers
26%
Isolated Power System
22%
Conjugated Polymers
22%
Organic Photovoltaics
20%
Operating Reserve
19%
Photovoltaic Panel
18%
Solution Process
17%
Organic Field-effect Transistors
16%
Photoactive Layer
16%
P-type Doping
16%
Dopant
16%
Work Function
14%
Doping Profile
14%
Hole-collecting Layer
14%
Polyoxometalates
14%
Bulk Heterojunction
14%
Electrically Doped
13%
Electronic Noise
13%
P-type
13%
Source-drain Electrode
12%
Organic Photodetectors
11%
Charge Recombination
11%
N-heterocyclic Carbenes
11%
Self-forming
11%
Electrode Modification
11%
Field Effect
11%
Ramp Rate
11%
Current Characteristics
11%
Wind Curtailment
11%
Transmission Congestion Management
11%
Recertification
11%
Non-native Substrate
11%
CO2 Utilization
11%
Low-cost Circuits
11%
Silicon Photovoltaics
11%
CO2 Capture
11%
Clean Fuel
11%
Health Status
11%
Power Supply
11%
Adsorption
11%
Energy Storage
11%
Energy Storage System
11%
Climate Change
11%
Circular Economy
11%
