Keyphrases
Single Crystal
100%
Resistivity
66%
Europium
57%
Magnetoresistance
57%
Low-doped Manganites
57%
Induced Current
57%
Low Temperature
49%
Cold Atoms
47%
Atom chip
44%
Oxygen Content
38%
Waveguide
38%
High-temperature Superconductivity
38%
Metastable States
38%
Oscillation
38%
Superconductor
32%
Antiferromagnetic Phase
31%
Magnetic Trap
28%
Underdoped
28%
Superconducting Fluctuations
25%
Arbitrary Shape
19%
Material Optimization
19%
Transport Current
19%
Microwave Transmission
19%
Transverse Magnetoresistance
19%
YBCO Single Crystals
19%
Electrical Conductivity
19%
Electrical Anisotropy
19%
Flat Film
19%
Anisotropic Conductor
19%
CdS Nanoparticles
19%
Bulk High-temperature Superconductors
19%
Magnetic Interaction
19%
Magnetic Noise
19%
Mixed State
19%
Young's Modulus
19%
Antiferromagnetic
19%
Regular Part
19%
YBa2Cu3O7
19%
Fluctuation Effects
19%
Resistive State
19%
Normal State Properties
19%
Temperature Effect
19%
AC Magnetic Field
19%
With Memory
19%
Uniaxial Tension
19%
Microwave Propagation
19%
Cuprates
19%
Scaling Behavior
19%
First-order Transition
19%
Double Tunnel
19%
Engineering
Low-Temperature
47%
Temperature Region
38%
Oxygen Content
38%
Tensile Stress σ
19%
Anisotropic
19%
Reduced Temperature
19%
Temperature Interval
19%
Bcc Lattice
19%
Young's Modulus
19%
Dimensionless
19%
Gaussians
19%
Coherence Length
19%
Energy Engineering
19%
Temperature Dependence
19%
Metal Wire
19%
Material Optimisation
19%
Scanning Tunneling Microscopy
19%
Relaxation Time
19%
Magnetic Field
19%
Transport Mechanism
19%
Single Electron
19%
Max
19%
Nanoparticle
19%
Point Application
19%
Defects
19%
Quantum Well
19%
Metastable State
19%
Good Agreement
12%
Alloy Composition
9%
Additional Degree
9%
Surface Atom
9%
Reanalysis
9%
Rate Loss
9%
Degree of Freedom
9%
Thermal Noise
9%
Sample Interaction
6%
Physics
Single Crystal
95%
Cold Atom
57%
Europium
38%
Magnetoresistance
38%
Waveguide
38%
Magnetic Field
25%
Superconducting Film
19%
Atom Optics
19%
Anisotropy
19%
Magnetoresistivity
19%
Microwave Transmission
19%
Electromagnetic
19%
Room Temperature
19%
Percolation
19%
Noble Metal
19%
Degree of Freedom
19%
Magnetic Flux
19%
Gaussian Distribution
19%
Ultimate Tensile Strength
19%
Curie Point
19%
Quantum Wells
19%
Thulium
9%
Cuprates
9%
Temperature Dependence
9%
Current Distribution
9%
Wave Propagation
7%
Polycrystalline
6%
Black Hole Spin-Flip
6%
Wave Front
6%