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Fingerprint Dive into the research topics where Jorge Kohanoff is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Chemical Compounds

Ionic Liquids
Molecular dynamics
Protons
Electrons
Molecules
Ions
Water
Crystals
Temperature
Electronic structure
Ferroelectric materials
Solvation
Computer simulation
Liquids
Polarization
Anions
formic acid
Electrostatics
Irradiation
Cations
Atoms
Ferroelectricity
Radiolysis
DNA
Nucleotides
Energy barriers
meloxicam
Chemical potential
Isotopes
Ice
Hydrogen bonds
Proton transfer
Carbon
Thymine
Phonons
Projectiles
Chlorides
Hydrogen
Carbon Monoxide
Cements
Dimers
Hamiltonians
Free energy
Fission products
Fission reactions
Salts
Thermostats
Ointments
Liquid Crystals
Density functional theory

Physics & Astronomy

General

simulation
molecular dynamics
electronics
solvation
crystals
isotope effect
electronic structure
damage
interactions
stopping power
field theory (physics)
energy
density functional theory
geometry
vapor phases
screening
vibration
shock
strands
defects

Physics

protons
electrons
ions
room temperature
electron energy
polarization
atoms
phonons
electron attachment
vibrational spectra
temperature
cations

Chemistry and Materials

liquids
deoxyribonucleic acid
molecules
water
nucleotides
chlorides
thymine
ice
gold
hydrogen
dimers

Engineering

ferroelectricity
irradiation
electrostatics
thermostats

Aeronautics

projectiles

Life Sciences

radiation damage

Mathematical and Computer Sciences

approximation

Engineering & Materials Science

Ionic liquids
Molecular dynamics
Electrons
Crystals
Ferroelectric materials
Temperature
Energy barriers
Electronic structure
Protons
Computer simulation
DNA
Polarization
Atoms
Ferroelectricity
Solvation
Isotopes
Nucleotides
Negative ions
Iodine
Ions
Phonons
Ion exchange
Hydrogen
Molecules
Charge transfer
Electrostatics
Radiolysis
Defects
Liquids
Density functional theory
Positive ions
Electron irradiation
Electrostatic force
Dosimeters
Structural properties
Experiments
Time varying systems
Hydrogen bonds
Thermal conductivity
Projectiles
Charge density
Power electronics
Binding energy
Amides
Ground state
Free energy
Lattice constants
Nanowires
Magnesium
Ionic conductivity