Physics & Astronomy
atomic force microscopy
15%
calcium oxides
22%
cells
21%
characterization
11%
conduction
13%
diffraction
10%
electric contacts
17%
energy conversion efficiency
24%
gas pressure
19%
glass
11%
gradients
13%
grain size
15%
optical absorption
17%
performance
8%
photons
11%
solar cells
29%
solar energy conversion
27%
temperature
11%
thin films
10%
volatile organic compounds
25%
x rays
9%
Engineering & Materials Science
Atomic force microscopy
25%
Conversion efficiency
21%
Energy conversion
20%
Gases
11%
Glass
16%
Light absorption
30%
Lime
22%
Photons
23%
Solar cells
42%
Solar energy
18%
Substrates
28%
Temperature
16%
Thin films
19%
Volatile organic compounds
24%
X ray diffraction
19%
Agriculture & Biology
atomic force microscopy
20%
cells
11%
energy conversion
22%
films (materials)
100%
gases
13%
glass
14%
methodology
4%
photons
17%
solar cells
51%
solar energy
21%
temperature
13%
X-ray diffraction
17%
Chemistry
Absorptivity
19%
Atomic Force Microscopy
16%
Gas
10%
Glass Substrate
20%
Grain Size
18%
Liquid Film
58%
Photoconductivity
24%
Photon
19%
Polycrystalline Solid
18%
Pressure
11%
Solar Cell
34%
X-Ray Diffraction
10%
Earth & Environmental Sciences
atomic force microscopy
20%
cell
21%
energy conversion
20%
gas
8%
glass
13%
grain size
13%
lime
15%
parameter
5%
solar cell
45%
solar energy
18%
substrate
23%
temperature
13%
volatile organic compound
15%
X-ray diffraction
13%