Fingerprint Dive into the research topics where Applied Nuclear Physics is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Physics & Astronomy

General

calorimeters
cross sections
scintillation counters
energy
tunnel junctions
detectors
rays
sensors
accelerators
electron microscopes
cascades
counters
quenching
scintillation
absorbers
output
coils
nuclei
dilution
spectrometers
incidence
decay
magnets
parameterization
chambers
pulses
radiation
crystals
chips
fragmentation
signal detection
cooling
neutron counters
plastics
thermometers
files
radiation measurement
coolers
interactions
position sensing
fragments
anomalies
pixels

Physics

neutrons
protons
energy spectra
spallation
neutron spectra
proton energy
deuterons
proton beams
electrons
pulse amplitude
heavy ions
angular distribution
charged particles
photons
hypernuclei
ions
neutrinos
nuclear reactions
pions
conductors
nuclear reactors
antineutrinos
electric potential
synchrotron radiation
recoil protons
synchrotrons
temperature
optics

Engineering

x rays
refrigerators
ionization chambers
proportional counters
excitation
scanning
electrodes
ionization
shielding
photodiodes
inelastic scattering

Chemistry and Materials

organic liquids
transuranium elements
gases
wire
liquid helium
carbon
liquids
iron
copper
gas mixtures
niobium

Aerospace Sciences

gamma rays
avalanches
spectroscopy
magnetic fields

Mathematical and Computer Sciences

Born approximation

Aeronautics

flight paths

Life Sciences

dosage

Engineering & Materials Science

Neutrons
Protons
Phosphors
X rays
Tunnel junctions
Detectors
Gamma rays
Proportional counters
Particle accelerators
Sensors
Magnets
Ionization chambers
Photons
Electron microscopes
Electrons
Quenching
Transuranium elements
Radiation
Gases
Nuclear reactions
Liquids
Alpha particles
Scintillation
Wire
Ionization
Charged particles
Energy dispersive spectroscopy
Magnetic fields
Refrigerators
Spectrometers
Isotopes
Solenoids
Synchrotrons
Temperature
Electrodes
Cooling
Experiments
Proton beams
Monitoring
Dosimetry
Helium
Ions
Full width at half maximum
Liquid methane
Scanning
Crystals
Neutron detectors
Dilution
Parameterization
Heavy ions
Flight paths
Avalanche photodiodes
Superconducting magnets
Nuclear reactors
Anodes
Drift chambers
Cryogenics
Magnetic fluids
Synchrotron radiation
Copper
Signal detection
Gas mixtures
Optics
Irradiation
Plastics
Thermometers
Ion sources
Iron
Pixels
Angular distribution
Shielding
Accelerator magnets
Gamma ray production
Calibration
Photomultipliers
Nuclear physics
Fabrication
Electric potential
Neutron flux
Neutron emission
Lead
Data acquisition
Kinetic energy
Carbon
High temperature superconductors
Gamma ray spectrometers
Scintillation counters
Telescopes
Aluminum
Evaporation
Scattering
Spectrometry
Cosmic rays
Cathodes
Superconducting materials
Neutron sources
Molecular dynamics
Nuclear magnetic resonance
Electron transitions
Tungsten