Publications with the keyword "quantum chemistry"
Hola !!
A. Peña-Torres,
H. Busnengo,
J. Juaristi,
P. Larregaray, and
C. Crespos
Energy Dissipation Effects on the Adsorption Dynamics of N 2 on W(100)
Journal of Physical Chemistry C (cited By 2),
123(5),
2900-2910,
2019
adsorption
dynamics
energy dissipation
molecules
phonons
photodissociation
potential energy
quantum chemistry
tungsten
van der waals forces
adsorption probabilities
comparison with experiments
dynamics calculations
electronic excitation
exchange-correlation functionals
generalized langevin oscillator models
quasiclassical trajectories
van der waals interaction
density functional theory
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DOI,
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M. Ramos,
C. Díaz,
A. Martínez,
F. Martín, and
H. Busnengo
Thickness-Dependent Reactivity of O2 on Cu Layers Grown on Ru(0001) Surfaces
Journal of Physical Chemistry C (cited By 2),
122(27),
15529-15538,
2018
binding energy
copper
molecules
monolayers
potential energy
quantum chemistry
bimetallic surfaces
classical dynamics
diatomic molecules
electronic effects
physical mechanism
spin multiplicity
surface temperatures
theoretical methods
substrates
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DOI,
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L. Sementa,
M. Wijzenbroek,
B. V. Kolck,
M. Somers,
A. Al-Halabi,
H. Busnengo,
R. Olsen,
G. Kroes,
et al.
Reactive scattering of H2 from Cu(100): Comparison of dynamics calculations based on the specific reaction parameter approach to density functional theory with experiment
Journal of Chemical Physics (cited By 53),
138(4),
2013
alignment parameter
associative desorptions
born-oppenheimer
cu(1 0 0)
cu(1 1 1)
density functionals
desorption energy
dihydrogen
dynamical model
dynamics calculations
elastic
inelastic scattering
functional theory
highly accurate
laser detection
low index
multiphoton ionization
orientational dependence
quadrupoles
quantum dynamics calculations
reactive scattering
rotational quantum numbers
rotational state
rovibrational state
specific reaction parameters
surface approximation
surface atoms
theoretical result
time-of-flight techniques
translational energy
vibrational quantum number
density functional theory
desorption
dynamics
experiments
inelastic scattering
light scattering
molecular beams
quantum chemistry
quantum theory
surface phenomena
copper
copper
hydrogen
algorithm
article
chemistry
comparative study
quantum theory
rotation
vibration
algorithms
copper
hydrogen
quantum theory
rotation
vibration
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Y. Wang,
J. Solano-Canchaya,
M. Alcamí,
H. Busnengo, and
F. Martín
Commensurate solid-solid phase transitions in self-assembled monolayers of alkylthiolates lying on metal surfaces
Journal of the American Chemical Society (cited By 8),
134(32),
13224-13227,
2012
ab initio potential energy surface
au(1 1 1 )
carbon atoms
chain-chain interactions
head groups
lattice spacing
metal surfaces
molecular dynamics simulations
pt(111)
room temperature
sams
solid-solid phase transitions
temperature-induced
molecular dynamics
platinum
quantum chemistry
sulfur
self assembled monolayers
alkylthiolate derivative
carbon
platinum
self assembled monolayer
sulfur
thiol derivative
unclassified drug
ab initio calculation
article
chemical reaction
crystal structure
electronics
molecular dynamics
optical instrumentation
phase transition
room temperature
solid
temperature
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DOI,
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B. Gervais,
E. Giglio,
L. Adoui,
A. Cassimi,
D. Duflot, and
M. Galassi
The H2 O2+ potential energy surfaces dissociating into H+ / OH+: Theoretical analysis of the isotopic effect
Journal of Chemical Physics (cited By 17),
131(2),
2009
ab initio
angular momentum distribution
bending angle
bond breakage
dication
dissociation channels
dissociation dynamics
franck-condon transitions
initial conditions
isotopic effects
isotopic ratios
kinetic energy release
multireference configuration interaction methods
water molecule
angular distribution
dissociation
isotopes
potential energy surfaces
quantum chemistry
sulfur compounds
surface phenomena
potential energy
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M. Daghofer,
A. Moreo,
J. Riera,
E. Arrigoni,
D. Scalapino, and
E. Dagotto
Model for the magnetic order and pairing channels in Fe pnictide superconductors
Physical Review Letters (cited By 121),
101(23),
2008
chemical bonds
electric conductivity
molecular orbitals
quantum chemistry
superconducting materials
superconductivity
wave functions
computational techniques
hopping amplitudes
magnetic orders
orbital models
orbital overlaps
pnictide
small clusters
spin singlets
square clusters
spin dynamics
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