Ingenjörs- och materialvetenskap
Tomography
100%
Neutrons
87%
Metal implants
56%
X rays
54%
Imaging techniques
52%
Bone
48%
Rocks
46%
Cracks
28%
Flow of fluids
28%
Lithium batteries
27%
Synchrotrons
26%
Electrodes
25%
Mechanics
23%
Paperboards
22%
Water
22%
Microstructural evolution
20%
Limestone
19%
Brittle fracture
18%
Image registration
18%
Compaction
17%
Nucleation
17%
Graphical user interfaces
16%
Tensors
16%
Clay
16%
Fluids
15%
Plasticity
15%
Heavy water
14%
Metals
14%
Silicon
13%
Soils
13%
Compressive stress
12%
Pixels
9%
Crack initiation
8%
Finite element method
8%
Experiments
7%
Shear bands
7%
Rats
7%
Lithium-ion batteries
7%
Image analysis
7%
Neutron radiography
6%
Numerical models
6%
Hydrogen
6%
Mechanical properties
5%
Deuterium
5%
Primary batteries
5%
Isotopes
5%
Mark- och miljövetenskap
tomography
65%
rock
49%
digital image
48%
confining pressure
39%
fissure
34%
fluid flow
28%
compression
26%
experimental study
22%
clay
21%
crack
21%
induced polarization
21%
pressure solution
21%
damage
21%
mechanics
20%
brittle fracture
20%
nonaqueous phase liquid
20%
plane strain
19%
phyllosilicate
19%
lamination
19%
rock mechanics
19%
sandstone
18%
sand
18%
granite
17%
cementation
17%
material
16%
evaluation
15%
permeability
15%
elastic wave
13%
shale
12%
porosity
12%
test
12%
compaction
11%
in situ
11%
geometry
10%
experiment
10%
dilation
9%
shear strain
9%
rock property
9%
hydraulic property
8%
cement (construction material)
8%
simulation
8%
radiography
8%
data acquisition
7%
P-wave
7%
triaxial test
7%
calcarenite
7%
measuring
7%
weak rock
7%
critical load
7%
effect
7%
Kemiska föreningar
Neutron
61%
Volume
58%
Implant
48%
X-Ray
45%
Strain
38%
Imbibition
28%
Lithiation
22%
Lamination
22%
Displacement
21%
Time
17%
Flow
17%
Compression Strength
17%
Behavior as Electrode
16%
Micro Porosity
15%
Polarization
12%
Deformation (Mechanical)
11%
Mechanics
11%
Porosity
10%
Creep
10%
Metal
9%
Liquid
8%
Length
8%
Strength
7%
Simulation
7%
Shear
7%
Pore
7%
Zoledronic Acid
7%
Shear Strain
6%
Crack Propagation
5%
Fiber
5%
Heterogeneity
5%
Reaction Yield
5%