Engineering & Materials Science
Thiophene
100%
X ray photoelectron spectroscopy
73%
Doping (additives)
67%
Photoemission
54%
Fermi level
52%
Photoelectron spectroscopy
51%
Butyric acid
51%
Organic semiconductor materials
49%
Core levels
48%
Monolayers
39%
Charge transfer
38%
Esters
33%
Atoms
31%
Sulfur
29%
X rays
27%
Polymers
22%
Physics & Astronomy
thiophenes
76%
electric contacts
53%
butyric acid
39%
ultraviolet spectroscopy
36%
high resolution
36%
esters
34%
organic semiconductors
34%
phenyls
33%
sulfur
28%
photoelectric emission
26%
charge transfer
26%
photoelectron spectroscopy
24%
products
19%
polymers
17%
characterization
16%
electronics
15%
atoms
15%
x rays
13%
Chemical Compounds
Work Function
69%
Thiophene
55%
Photoemission
36%
Core Level
36%
Fermi Level
35%
Photoelectron Spectroscopy
29%
Sulfur Atom
29%
Liquid Film
29%
Methyl Ester
26%
Semiconductor
23%
Monolayer
22%
Charge Transfer
21%
X-Ray
18%
Purity
15%
Acid
10%