Fingerprint Dive into the research topics where Ralph Chamberlin is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Physics & Astronomy
General
magnetization
hole burning
entropy
scaling
baths
phase diagrams
relaxation time
energy
thermodynamics
low frequencies
conservation
decay
simulation
Ising model
interactions
microscopes
single crystals
time dependence
free energy
energy conservation
degrees of freedom
exponents
Fermi-Dirac statistics
temperature dependence
thresholds
histories
Chemistry and Materials
spin glass
liquids
glass
iron
perchlorates
metalloids
copper
Aerospace Sciences
magnetic fields
spectroscopy
Physics
temperature
oscillations
conductors
nanoparticles
dynamic characteristics
H lines
specific heat
Engineering
magnetic materials
magnetic relaxation
freezing
quantum Hall effect
nanowires
refilling
excitation
spin-lattice relaxation
Engineering & Materials Science
Magnetization
Spin glass
Magnetic fields
Spin density waves
Liquids
Glass
Temperature
Relaxation time
Magnetoresistance
Phase diagrams
Thermodynamics
Freezing
Ising model
Dielectric spectroscopy
Entropy
Nanowires
Magnetic materials
Salts
Experiments
Quantum Hall effect
Glass transition
Galvanomagnetic effects
Organic conductors
Energy gap
Dangling bonds
Constraint theory
Microscopes
Iron
Electron transitions
Dielectric relaxation
Electrons
Ground state
Nanoparticles
Propylene
Specific heat
Magnetic field effects
Magnetic thin films
Giant magnetoresistance
Thermal variables measurement
Carbonates
Nanostructures
Faraday effect
Magnetic domains
Crystals
Electric properties
Ferromagnetic materials
Single crystals
Binders
Superconducting materials
Copper alloys
Chemical Compounds
Magnetization
Spin glass
Spin density waves
Magnetic fields
Liquids
Glass
Relaxation time
Temperature
Thermodynamics
Freezing
Phase diagrams
Magnetoresistance
Entropy
Ising model
Dielectric spectroscopy
Salts
Glass transition
Nanowires
Quantum Hall effect
Galvanomagnetic effects
Dielectric relaxation
Organic conductors
Iron
Energy gap
Dangling bonds
Spectroscopy
Polymers
Constraint theory
Microscopes
Electron transitions
Experiments
Oxides
Ground state
Free energy
Nanoparticles
Specific heat
Magnetic field effects
Magnetic thin films
Giant magnetoresistance
Thermal variables measurement
1-Propanol
Nanostructures
Faraday effect
Crystals
Electric properties
Ferromagnetic materials
Single crystals
Binders
Anions
Superconducting materials