INIS
applications
100%
heat transfer
72%
kilns
67%
ac losses
67%
energy
66%
production
64%
power
62%
high temperature
58%
solids
53%
efficiency
53%
superconducting magnetic energy storage
52%
computerized simulation
47%
comparative evaluations
47%
gases
45%
thermoelectric properties
45%
implementation
45%
prediction
45%
perovskites
45%
microstructure
45%
energy storage systems
45%
industry
42%
stability
41%
losses
40%
optimization
32%
manufacturing
32%
magnetic flux
32%
lorentz force
31%
length
31%
failures
30%
surfaces
29%
bending
28%
distribution
27%
hybrids
27%
walls
26%
design
26%
superconducting magnets
26%
devices
26%
simulation
26%
drying
24%
renewable energy sources
22%
titanium oxides
22%
density functional method
22%
harvesting
22%
thermodynamic properties
22%
iron
22%
titanium alloys
22%
nanoparticles
22%
welded joints
22%
rutile
22%
numerical analysis
22%
Engineering
Kilns
67%
Rotary Kiln
58%
Magnetic Energy
45%
Energy Storage System
45%
Tape
45%
Numerical Model
45%
Energy Engineering
41%
Transients
40%
Alternating Current
33%
Solid Temperature
28%
Gas Temperature
28%
Finite Element Analysis
25%
Computational Fluid Dynamics
25%
Temperature Distribution
23%
Maintenance Program
22%
Bottom Line
22%
Cladding Process
22%
Welds
22%
Lime Kiln
22%
Point Bending
22%
Fatigue Crack
22%
Magnetic Flux
22%
Renewable Energy
22%
Critical Failure
22%
Lorentz Force
22%
Annealing Temperature
22%
Beam Specimen
22%
Robotic Arm
22%
Carbon Footprint
22%
304 Stainless Steel
22%
Thermal Power System
22%
Heat Generation
22%
Comparative Analysis
22%
Metal Forming
22%
Computer Simulation
22%
Electric Power Plant
22%
Quality System
22%
Resource Utilisation
22%
Punching
22%
Manufacturing Technique
22%
Electric Propulsion
22%
Energy Storage
18%
Superconductor
18%
Process Parameter
18%
Crack Propagation
15%
Temperature Profile
13%
Energy Basis
11%
Saturated Steam
11%
Relative Significance
11%
Substantiation
11%