Sort by
INIS
electrostatics
100%
business
89%
management
86%
superconductors
83%
risks
78%
losses
75%
magnetic fields
71%
josephson junctions
67%
devices
60%
levels
52%
critical current
52%
distribution
51%
magnets
51%
charges
50%
ac losses
50%
industry
50%
comparative evaluations
49%
magnetization
49%
magnetic flux
46%
values
43%
transport
42%
performance
42%
damage
42%
sensors
41%
manufacturing
37%
surfaces
36%
voltage
36%
electric fields
35%
finland
35%
current density
34%
design
34%
energy
33%
protection
31%
ecosystems
30%
failures
30%
stability
30%
probes
28%
peaks
28%
power
28%
junctions
27%
property management
27%
evaluation
26%
applications
25%
netherlands
25%
high-tc superconductors
25%
environment
24%
decision making
24%
production
23%
temperature dependence
23%
tools
23%
Keyphrases
Bi-2223
75%
Electrostatic Discharge
70%
Superconductor
56%
AC Loss
43%
Innovation Development
41%
Transport Current
39%
Three-dimensional (3D)
37%
Hall Sensor
36%
Magnetic Flux Density
36%
Current Density
36%
Innovation Management
35%
Open Innovation
32%
HTS Magnet
32%
Finland
31%
Intellectual Property Management
30%
Intellectual Property
29%
Magnetization
28%
Multifilamentary
28%
Finite Element Method
28%
Temperature Effect
27%
Josephson Arrays
26%
Inter-grain
26%
External Magnetic Field
26%
Innovation Process
24%
Flux Creep
24%
Josephson Junction
24%
HTS Tape
24%
Interview Study
23%
Magnetic Field
23%
Knowledge Property
23%
High-Tc
22%
Service Innovation
21%
Superconducting Tapes
20%
Magnetometry
20%
Self-field
20%
Magnetic Response
19%
Electric Field (E-field)
19%
Magnetization Loss
19%
Numerical Model
18%
Superconducting Magnetic Energy Storage
18%
High-temperature Superconductors
18%
AC Transport
18%
Netherlands
18%
Peak Current
18%
Josephson Junction Network
17%
Critical Current Density
17%
Innovation Ecosystem
16%
Electrostatic Field
16%
Hysteresis Loss
16%
Risk Assessment
16%
