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Growth of CuPd nanoalloys encapsulated in carbon-shell
H. Y. Kang, H. P. Wang
Department of Environmental Engineering
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peer-review
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Engineering & Materials Science
X ray absorption
69%
Cyclodextrins
66%
Palladium alloys
66%
X ray scattering
62%
Carbon
60%
Synchrotrons
52%
Carbonization
51%
Copper alloys
49%
Free energy
47%
Coalescence
46%
Nucleation
41%
Catalysts
33%
Temperature
31%
Chemical analysis
25%
Physics & Astronomy
palladium alloys
56%
carbon
52%
carbonization
52%
copper alloys
46%
coordination number
44%
coalescing
38%
catalysts
36%
x rays
35%
synchrotrons
34%
fine structure
32%
free energy
32%
nucleation
29%
preparation
29%
temperature
23%
scattering
20%
Mathematics
Shell
79%
Palladium
70%
Fine Structure
51%
Catalyst
51%
Preparation
45%
Free Energy
42%
Absorption
42%
Scattering
36%
Angle
33%
Chemical Compounds
Alloy
55%
Extended X Ray Absorption Fine Structure Spectrum
53%
Surface Free Energy
45%
Coalescence
43%
Small Angle X-Ray Scattering
38%
Catalyst Property
34%
Nucleation
32%
Shape
25%
Reduction
18%
Catalyst
16%
Surface
12%