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Cyber-Physical Systems Virtual Organization
Read-only archive of site from September 29, 2023.
CPS-VO
ion milling
biblio
All-optical switching behaviours in synthetic ferrimagnetic heterostructures with different ferromagnetic-layer Curie temperatures
Submitted by grigby1 on Wed, 05/16/2018 - 1:49pm
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
