Химические соединения
Paramagnetic resonance
Germanium
Copper
Magnets
Diamond
Crystals
Spectroscopy
Free electron lasers
Temperature
Exchange interactions
Vacancies
Infrared radiation
Silicon
Molecules
Radiation
Polymorphism
Magnetic relaxation
Spin Labels
Ionic Liquids
Lanthanoid Series Elements
Vanadium
Fourier transforms
Defects
Exchange coupling
Ions
Dielectric resonators
Single crystals
Cooling
Metastable phases
Luminescence
Atoms
Nanoclusters
Magnetic properties
Photochemical reactions
Gold
Methane
Surface plasmon resonance
Resonators
Metals
Phase transitions
Oxides
Ligands
Microscopic examination
Optical properties
Methanol
Substrates
Aspect ratio
Hamiltonians
Photoluminescence
Heating
Технические дисциплины и материаловедение
Paramagnetic resonance
Germanium
Free electron lasers
Radiation
Vacancies
Infrared radiation
Diamonds
Polymorphism
Crystals
Modulation
Pyridine
Light reflection
Molecules
Defects
Dielectric resonators
Metastable phases
Temperature
Atoms
Cooling
Luminescence
Bismuth
Ionic liquids
Spectroscopy
Silicon
Magnets
Aspect ratio
Resonators
Hamiltonians
Microscopic examination
Methane
Methanol
Enzymes
Electric fields
Oxides
Photoluminescence
Ligands
Copper
Wavelength
Catalysts
X ray absorption spectroscopy
Heating
Boron
Nitrogen
Refractive index
Exchange interactions
Experiments
Photocatalysts
Metals
Microwaves
Alumina
Физика и астрономия
Physics
electron paramagnetic resonance
laser beams
cycles
continuous radiation
temperature
luminescence
General
free electron lasers
crossovers
radiation
superhigh frequencies
crystals
defects
breathing
surface plasmon resonance
cooling
aspect ratio
computer programs
inserts
magnets
fragments
ligands
catalysts
crashes
radiation transport
interactions
oximetry
metals
Aerospace Sciences
Chemistry and Materials
germanium
diamonds
copper
imidazoles
molecules
photochemical reactions
vanadium
bismuth
photolysis
solid phases
liquids
aluminum oxides
Engineering
magnetic relaxation
seats
resonators
magnetic properties
nanoclusters
trapping
heating
excitation
