Skip to Main Content Area
CPS-VO
Contact Support
Browse
Calendar
Announcements
Repositories
Groups
Search
Search for Content
Search for a Group
Search for People
Search for a Project
Tagcloud
› Go to login screen
Not a member?
Click here to register!
Forgot username or password?
Cyber-Physical Systems Virtual Organization
Fostering collaboration among CPS professionals in academia, government, and industry
CPS-VO
magnetic properties
biblio
Magnetic Domain Structures and Magnetic Properties of Lightly Nd-Doped Sm–Co Magnets With High Squareness and High Heat Resistance
Submitted by aekwall on Mon, 11/30/2020 - 11:14am
reverse magnetic domains
intrinsic coercivity
irreversible demagnetization
Kerr effect microscope
Kerr effect microscopy
Kerr magneto-optical effect
lightly Nd-doped Sm-Co magnets
magnetic domain structures
microstructures
neodymium
remanent magnetic flux density
homogenization
scanning transmission electron microscopy
scanning-transmission electron microscopy
slow cooling
Sm-Co:Nd
solution treatment
spontaneous magnetisation
squareness
temperature 150.0 degC
temperature 25.0 degC
temperature coefficients
grain boundaries
Resiliency
pubcrawl
cyber physical systems
Compositionality
Magnetic domains
remanence
coercive force
magnetic hysteresis
magnetic domain walls
Perpendicular magnetic anisotropy
Internet of Things
Magnetic flux
magnetic resonance imaging
magnetic properties
Magnetic separation
sintering
cobalt alloys
samarium alloys
Magnetic Remanence
cell structure
high heat resistance
biblio
Synthesis and magnetic properties of Fe-doped CdS nanorods
Submitted by aekwall on Mon, 11/30/2020 - 11:14am
nanocrystal
coercive field
dopants
energy dispersive X-ray spectroscopy
Fe-doped CdS nanorods
ferromagnetism
first-principle calculations
hexagonal nanorods
hydrothermal method
II-VI semiconductors
magnetic properties
CdS:Fe
remanence magnetisation
semiconductor doping
semimagnetic semiconductors
temperature 293 K to 298 K
ultraviolet spectra
UV-visible absorption
vacancies
vacancies (crystal)
X-ray photoelectron spectra
X-ray photoelectron spectroscopy
nanofabrication
Resiliency
pubcrawl
cyber physical systems
Compositionality
ferromagnetic materials
remanence
coercive force
nanomagnetics
semiconductor growth
wide band gap semiconductors
Internet of Things
nanorods
visible spectra
photoluminescence
X-ray chemical analysis
X-ray diffraction
Iron
Magnetic Remanence
ab initio calculations
cadmium compounds
biblio
Design of Distribution Devices for Smart Grid Based on Magnetically Tunable Nanocomposite
Submitted by aekwall on Mon, 11/30/2020 - 11:07am
power transformer
controllable reactor
demagnetization control circuit
distribution devices
energy-saving contactor
intelligent energy-saving power equipment
magnetically controllable reactor
magnetically tunable nanocomposite material core
nanocomposite
contactor
reactors (electric)
reliable energy-saving power equipment
smart grid distribution devices design
smart power grids safe operation
transformer
transformer neutral point connection mode
Magnetic Remanence
Internet of Things
Soft magnetic materials
Inductors
power transformers
electrical safety
magnetic properties
Magnetic cores
Saturation magnetization
Compositionality
power system reliability
Smart Grids
Smart Grid
cyber physical systems
smart power grids
pubcrawl
Resiliency
biblio
High-Temperature Magnetic Properties of Anisotropic SmCo7/Fe(Co) Bulk Nanocomposite Magnets
Submitted by aekwall on Mon, 11/30/2020 - 11:06am
high-temperature magnets
Soft magnetic materials
Amorphous magnetic materials
Anisotropy
bulk
cobalt alloys
conventional SmCo
corresponding isotropic nanocomposites
high-temperature magnetic properties
nanocomposites
high-temperature properties
Iron
nanocomposite magnets
samarium alloys
SmCo
SmCo7-FeCo
Magnetic Remanence
Internet of Things
melt spinning
iron alloys
boron alloys
magnetic properties
Permanent magnets
nanofabrication
Magnetomechanical effects
Perpendicular magnetic anisotropy
nanomagnetics
coercive force
remanence
Compositionality
cyber physical systems
pubcrawl
Resiliency
biblio
Nondestructive evaluation of residual stress through acoustically stimulated electromagnetic response in welded steel
Submitted by aekwall on Mon, 02/24/2020 - 9:54am
Steel
internal stresses
local magnetic hysteresis properties
magnetic properties
Magnetomechanical effects
nondestructive evaluation
remanent magnetization signal
residual stress
Residual stresses
Fatigue
steel components
tensile residual stresses
tensile strength
Tensile stress
ultrasonic
ultrasonic waves
welded steel plate
Welding
Face
pubcrawl
Compositionality
remanence
ferromagnetic materials
coercive force
coercivity
magnetic hysteresis
Magnetic flux
Resiliency
plates (structures)
ultrasonic materials testing
acoustically stimulated electromagnetic method
applied tensile stress
ASEM
cracking
cracks
electromagnetic response
biblio
Manipulation of Magnetic Properties by Tunable Magnetic Dipoles in a Ferromagnetic Thin Film
Submitted by grigby1 on Wed, 05/16/2018 - 12:50pm
metastable state
In-plane magnetic dipole rotation
induce magnetic dipoles
Magnetic anisotropy
magnetic dipoles
magnetic film
Magnetic films
magnetic force microscopy
magnetic resonance imaging
magnetic thin films
magnetic transitions
Magnetization
Magnetostatic waves
metallic thin films
in-plane directions
metastable-stable state transformation
nanoimprint lithography
nanostructured materials
Ni45Fe55
out-of-plane directions
remanent state
single magnetic domain
solid-state phase transformations
submicrometer scale location
three-dimensional modulated structure
tunable magnetic dipoles
vortex formation
zero remanence
ferromagnetic materials
pubcrawl
remanence
Magnetic domains
magnetic moments
magnetic properties
Magnetostatics
micromagnetic simulation
micromagnetics
nanomagnetics
Perpendicular magnetic anisotropy
Soft magnetic materials
resilience
Resiliency
Compositionality
Permalloy
nickel alloys
iron alloys
3D modulated structure
3D nanostructures
continuous ferromagnetic films
dipolar energy
dipole-dipole interactions
ferromagnetic thin film
ferromagnetic thin films
geometrical arrangement
global magnetic properties
high-resolution magnetic measurements
biblio
All-optical switching behaviours in synthetic ferrimagnetic heterostructures with different ferromagnetic-layer Curie temperatures
Submitted by grigby1 on Wed, 05/16/2018 - 12:49pm
Magnetic multilayers
perpendicular Hall hysteresis loops
perpendicular anisotropy
opto-spintronics devices
optical switches
optical retarders
optical multilayers
optical lithography
normalized Hall voltage
magnetoelectronics
magneto-optical devices
perpendicular hysteresis loops
magnetic configurations
left-handed beam
layer structure
laser sweeping measurement
laser polarization
Laser beams
laser beam position
laser beam polarizations
laser beam effects
size 5 mum
wavelength 800 nm
VSM
vibrating sample magnetometry
time 43 fs
Ti: sapphire fs-laser
temperature-dependent magnetization scans
temperature 524 K
temperature 293 K to 298 K
synthetic ferrimagnetic heterostructures
sputtering
iron alloys
single layer
single FM layers
Ru layer
room temperature
quarter-wave plate
pulse duration
Pt layers
power 0.45 mW
photolithography
Magnetometers
circularly polarized beam
boron alloys
AOS
antiferromagnetic RKKY interlayer exchange coupling
anomalous Hall effect measurements
all-optical switching behaviours
all-optical control
cobalt alloys
ferromagnetic materials
Measurement by laser beam
CoFeB
Resiliency
resilience
Temperature measurement
Frequency modulation
composite materials
magnetic properties
magnetic hysteresis
remanence
pubcrawl
ferromagnetic-layer Curie temperatures
ion milling
initial magnetic state
initial magnetic configuration
Hall effect
Hall cross
glass substrates
FM2 layers
FM1 layers
final magnetic configuration
Compositionality
ferromagnetic layers
ferrimagnetic materials
DC magnetron sputtering
DC current density
current carrying wire
Curie temperature
controlled helicity-dependent switching
composite CoFeB layer
complex magnetic multilayers
biblio
Net Shape Processing of Alnico Magnets by Additive Manufacturing
Submitted by grigby1 on Wed, 05/16/2018 - 12:49pm
laser materials processing
X-ray chemical analysis
Substrates
scanning electron microscopy
Resiliency
resilience
remanence
pubcrawl
Powders
Permanent magnets
nickel alloys
net shape forming
magnetic properties
magnetic hysteresis
Magnetic anisotropy
additive manufacturing
laser engineered net shaping
hysteresisgraph measurement
high-pressure gas atomized pre-alloyed powders
energy dispersive spectroscopy
electron backscattering
electron backscatter diffraction
Compositionality
coercive force
cobalt alloys
aluminium alloys
alnico permanent magnets
alnico
Additive manufacturing (AM)
biblio
Micromagnetic Simulation in Hexagonal Arrays of Nanosized Hollow Nickel Spheres
Submitted by grigby1 on Mon, 12/04/2017 - 11:49am
Object Oriented Micromagnetic Frame-work (OOMMF)
magnetization curves
magnetization reversal
Magnetostatics
micromagnetic simulation
micromagnetics
nanomagnetics
nanoparticles
nanosized hollow nickel spheres
Ni
Nickel
nonhomogeneous configuration
Magnetization
object oriented micromagnetic framework
onion modes
Perpendicular magnetic anisotropy
pubcrawl
reduced remanence
remanence
Resiliency
self-demagnetizing effects
shape effects
static regime
vortex modes
magnetic array
coercive field
coercive force
composability
Compositionality
cyber physical systems
demagnetisation
dynamic regime
equilibrium configurations
hexagonal arrays
Hollow spheres
hysteresis curves
angular dependence
Magnetic domains
magnetic field
magnetic hysteresis
magnetic moments
Magnetic Particles
magnetic properties
Magnetic Remanence
magnetic response
Magnetic separation
magnetisation reversal
