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The isosteric phase transformation of the Ni(100)-c(5 2 × 2)R45°CO surface
Jay B. Benziger, Gregory R. Schoofs
Chemical & Biological Engineering
Keller Center for Innovation in Engineering Education
High Meadows Environmental Institute
Princeton Institute for the Science and Technology of Materials
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Engineering & Materials Science
Absorption spectroscopy
97%
Activation energy
33%
Carbon monoxide
35%
Crystals
31%
Desorption
36%
Heating
46%
Infrared radiation
55%
Infrared spectroscopy
86%
Molecules
94%
Monolayers
42%
Phase transitions
100%
Temperature
38%
Physics & Astronomy
absorption spectroscopy
59%
activation energy
23%
carbon monoxide
36%
crystals
15%
desorption
28%
heating
40%
infrared spectra
30%
infrared spectroscopy
57%
molecules
51%
phase transformations
85%
programming
37%
temperature
28%
Chemical Compounds
Carbon Monoxide
27%
Desorption
24%
Molecule
33%
Monolayer
24%
Reaction Activation Energy
22%
Reflection-Absorption Infrared Spectroscopy
89%
Surface
30%