INIS
melting
100%
high temperature
58%
refractories
54%
lasers
52%
molecular dynamics method
50%
tungsten
50%
ultrasonics
50%
pulses
50%
resolution
50%
transport
50%
shear
41%
anisotropy
39%
testing
33%
ceramics
33%
simulation
31%
MeV range
28%
silicon
25%
bismuth ions
25%
tracks
25%
thermal conduction
25%
compression
25%
films
25%
nanostructures
25%
spectroscopy
25%
irradiation
25%
crystals
25%
lithium fluorides
25%
phonons
23%
reduction
21%
refractory metals
20%
applications
20%
environment
20%
thermal conductivity
19%
ions
17%
nuclear reactors
16%
jets
16%
rockets
16%
fusion reactors
16%
furnaces
16%
ultrahigh temperature
16%
propulsion
16%
spatial resolution
16%
surfaces
16%
microstructure
16%
assessments
16%
stability
16%
nanoparticles
15%
density
14%
hydrostatics
12%
defects
12%
color centers
12%
values
10%
single crystals
9%
melting points
8%
orientation
8%
substrates
7%
heat
7%
confinement
7%
sapphire
7%
comparative evaluations
6%
heating
6%
phase transformations
6%
concentration
6%
photoluminescence
6%
heavy ions
6%
proliferation
6%
absorption
6%
depth
6%
damage
6%
scattering
6%
glass
5%
thickness
5%
Keyphrases
Refractory Materials
50%
High Temperature Test
50%
Nanosecond Laser Pulses
50%
Spectral Radiometry
50%
High Temporal Resolution
50%
Laser Ultrasonic
50%
Melting Process
25%
Thermal Transport
25%
Stress State
25%
High Temperature
25%
Refractory Metals
25%
Thermal Optical
25%
Transport Spectroscopy
25%
Bi Ions
25%
Thermomechanical Properties
25%
Harsh Environment
25%
Temperature State
25%
Ceramic Refractory
25%
Surface Melting
25%
Advanced Fusion
25%
Ultra-high Temperature Ceramics
25%
Supersonic Jet
25%
Mechanical Instruments
25%
Time Assessment
25%
Optomechanics
25%
Micron-scale
25%
High Stress
25%
Nuclear Fusion Reactor
25%
Rocket Propulsion
25%
Microstructural Properties
25%
Advanced Reactors
25%
Non-contact
25%
Physicochemical Stability
25%
Industrial Application
25%
Nanosecond Pulsed Laser
25%
Spatial Resolution
25%
Chemical Properties
25%
In Situ
25%
Optical Spectroscopy
25%
LiF Crystal
25%
Color Centers
25%
Fast-melting
25%
Photothermal Energy
25%
Fluoride Single Crystals
12%
Thermal Conductivity Reduction
12%
Depth Regions
12%
Micrometer Scale
12%
Ion-induced
12%
Faculty Development
12%
Thermoreflectance Method
12%
Photoluminescence Spectroscopy
12%
Optical Absorption Spectroscopy
12%
Thermal Conductivity Measurement
12%
Lithium Fluoride
12%
Time-domain Thermoreflectance
12%
Nanometer Scale
12%
Swift Heavy Ions
12%
Picosecond
12%
Structural Defects
12%
Radiation Damage
12%
Grant Program
12%
Thermal Model
12%
Harsh Environment Applications
12%
Solid-liquid Coexistence
8%
Crystalline Order
8%
Phonon Anisotropy
6%
Engineering
Thermal Conductivity
41%
Stress State
33%
Melting Behavior
29%
Film Silicon
25%
Anisotropic
25%
Computer Simulation
25%
Applied Stress
25%
Pure Shear
25%
Plane Direction
25%
Ultrasonics
25%
Melting Process
25%
Spatiotemporal Resolution
25%
Nanosecond
25%
Nanometre
20%
Melting Point
20%
Silicon Nanoparticle
18%
Time Domain
18%
Nanoparticle
18%
High Temperature Testing
16%
Phonon Confinement
16%
Defects
12%
Thermal Model
12%
Picosecond
12%
Cauchy Stress Tensor
12%
Complex Stress State
12%
Structural Defect
12%
Conductivity Measurement
12%
Metal Melt
12%
Temperature Stress
12%
Equivalent Strain
12%
Critical Stress
12%
External Stress
12%
Fusion Energy
12%
Extreme Condition
12%
Experimental Finding
12%
Nuclear Energy
12%
Conductive
12%
Glass Substrate
12%
Maximum Shear Stress
12%
Induced Stress
12%
Phonon Dispersion
8%
Mechanical Instrumentation
8%
Rocket Propulsion
8%
Temperature Behavior
8%
Complex Stress
8%
Face-Centered Cubic
8%
Point Temperature
8%
Energetic Ion
8%
Shear Deformation
8%
Industrial Applications
8%
Mean Free Path
8%
Radial Distribution
8%
Analytical Model
8%
Spatial Resolution
8%
Confinement Effect
8%
Fusion Reactor
8%
Finite Element Mesh
6%
Induced Heating
6%
Measured Temperature
6%
Substrate Interface
6%
Temperature Distribution
6%
Crystalline Silicon
6%