This paper, for the first time, reviews the development of the application of plasma catalysis,
the combination of plasma and thermal catalysis, on hydrocarbon reforming for H2 …

A new generation of experimental techniques quantifies the gas–surface reactivity of
polyatomic reactants prepared in a single quantum state. These experiments eliminate …

To enable the study of hydrocarbon reactions catalyzed by nickel surfaces and particles
using reactive molecular dynamics on thousands of atoms as a function of temperature and …

Reaction pathways of CO2 reforming of CH4 on Ni (111) were investigated by using density
functional theory calculation. The computed kinetic parameters agree with the available …

CO2 reforming of CH4 on Ni (111) was investigated by using density functional theory. On
the basis of thermodynamic analyses, the first step is CH4 sequential dissociation into …

The barrier to the dissociative adsorption of methane on metal surfaces is generally large,
and its height can vary with the motion of the lattice atoms. One fully quantum and three …

Density functional theory (DFT) calculations were performed to study the dissociation
properties of CH4 on Ni (100), Ni (111), and Ni (553) surfaces. The transition states for …

State-resolved measurements on clean Ni (100) and Ni (111) surfaces quantify the reactivity
of CH 4 excited to v= 3 of the ν 4 bend vibration. A comparison with prior data reveals that 3 …

The partial oxidation of methanol to formaldehyde on clean and oxygen-precovered Cu
(100) and Cu (110) has been studied by density functional theory calculations within the …

Bioresources, such as landfill gas and agricultural residues, attract considerable attention
because of growing concerns of global energy and environmental protection. However, the …