Huella dactilar Profundice en los temas de investigación donde JOAQUIN ANDRES PERALTA CAMPOSANO está activo. Estas etiquetas de temas provienen de los trabajos de esta persona. En conjunto forman una huella única.
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Engineering & Materials Science
Molecular dynamics
Atoms
Vacancies
Frequency bands
Evaporation
Computer simulation
Distribution functions
Angular distribution
Germanium
Topology
Germanium oxides
Amorphous alloys
Density functional theory
Charge density
Dimers
Structural properties
Pistons
Melting point
Argon
Temperature
Melting
Acoustic wave velocity
Crystalline materials
Ions
Random number generation
Autocorrelation
Tensile stress
Crystal atomic structure
Fourier transforms
Neutrons
Charge distribution
Tomography
Alumina
Physics & Astronomy
General
molecular dynamics
simulation
coordination number
inference
tetrahedrons
distribution functions
metastable state
density functional theory
probes
melting points
density distribution
degradation
solid state
electric fields
linear systems
logarithms
entropy
formalism
interatomic forces
sampling
topology
internal energy
histograms
curves
Engineering
evaporation
melting
superheating
pistons
Physics
atoms
temperature
dynamic characteristics
ions
elastic waves
latent heat
Mathematical and Computer Sciences
statistical distributions
theorems
Chemistry and Materials
dimers
argon
chemistry
solidified gases
germanium oxides
Life Sciences
tomography
Social and Information Sciences
games
Chemical Compounds
Molecular dynamics
Atoms
Evaporation
Distribution functions
Computer simulation
Frequency bands
Argon
Amorphous alloys
Density functional theory
Charge density
Dimers
Structural properties
Pistons
Vacancies
Melting point
Angular distribution
Topology
Temperature
Ions
Melting
Acoustic wave velocity
Autocorrelation
Tensile stress
Crystalline materials
Aluminum Oxide
Fourier transforms
Neutrons
Charge distribution
germanium oxide
Tomography