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

Physics & Astronomy

General

electron transfer
solutes
solvation
dipoles
hydration
free energy
energy
thermodynamics
activation
simulation
entropy
shift
molecular dynamics
chromophores
electronics
continuums
polarity
fluids
charge transfer
optical transition
crossovers
baths
reaction kinetics
kinetics
optical spectrum
temperature dependence
electric fields
relaxation time
breakdown
electrochemistry
induction
electron transitions

Chemistry and Materials

proteins
liquids
water
glass
photosynthesis
molecules
cytochromes

Engineering

electrostatics
dipole moments
permittivity
magnetic permeability
electrodes

Physics

polarization
temperature
polarization (charge separation)

Mathematical and Computer Sciences

statistics

Aerospace Sciences

cavities

Life Sciences

biology

Chemical Compounds

Electrons
Solvation
Free energy
Water
Polarization
Hydration
Proteins
Liquids
Thermodynamics
Electrostatics
Chemical activation
Entropy
Temperature
Molecular dynamics
Dipole moment
Computer simulation
Molecules
Electron transitions
Statistics
Chromophores
Permittivity
Photosynthesis
Charge transfer
Kinetics
Energy gap
Optical transitions
Glass transition
Ferroelectric materials
Fluids
Rate constants
Electric fields
Relaxation time
Glass
Reaction rates
Electrodes
Plastocyanin
Dielectric spectroscopy
Surface charge
Hemeproteins
Electronic states
Dielectric liquids
Fullerenes
Chemical potential
Electrophoretic mobility
Electrochemistry
Iron
Arrhenius plots
Reaction kinetics
Redox reactions
Enthalpy

Engineering & Materials Science

Electrons
Proteins
Electrostatics
Free energy
Solvation
Water
Charge transfer
Photosynthesis
Chemical activation
Temperature
Polarization
Hydration
Molecular dynamics
Kinetics
Optical transitions
Statistics
Thermodynamics
Reaction rates
Energy gap
Computer simulation
Ferroelectric materials
Liquids
Electrochemistry
Arrhenius plots
Relaxation time
Fullerenes