Keyphrases
Sintering Process
50%
Carbazole
50%
Material Engineering
50%
High-content Imaging
50%
Covalently Bonded
50%
Nano-particulate Materials
50%
Hearth Drainage
50%
Hard Carbon
50%
Slag Viscosity
50%
Blast Pressure
50%
3D Modeling
50%
Reduction Swelling
50%
Vanadium-bearing Titanomagnetite Concentrate
50%
Compression Strength
50%
Epithelial Tumor
50%
Vanadium-titanium
50%
Epithelial Cancer
50%
Rare Earth Metal Oxides
50%
Glass-ceramic Scaffold
50%
Binder Matrix
50%
B2O3
50%
In Vitro Condition
50%
Finely Ground Limestone
50%
Anion Sensor
50%
Material Coating
50%
Daytime Radiative Cooling
50%
Bending Points
50%
Battery Applications
50%
Na-ion
50%
Automatic Data Extraction
50%
Boiler Superheater
33%
Cooling Performance
33%
Passive Radiative Cooling
30%
B2O3 Addition
25%
Pressure-viscosity Coefficient
25%
Breakthrough Time
25%
Blast Furnace Operation
25%
Residual Ratio
25%
Gas Breakthrough
25%
Interface Tracking
25%
Hele-Shaw Model
25%
Electrical Energy Storage
25%
Two-phase Flow
25%
Preprocessing Techniques
25%
Validation of Computational Models
25%
Point Detection
25%
Image Processing
25%
Dihydroeugenol
20%
Vanadium-titanium Magnetite
18%
Magnetite Pellet
18%
Benzoate
16%
Acyl Halides
16%
Binding Behavior
16%
Binding Constant
16%
Sensor Prototype
16%
Electrode Development
16%
Amide Synthesis
16%
In Silico
16%
NMR Titration
16%
Conductor-like Screening Model for Real Solvents (COSMO-RS)
16%
Sensor Development
16%
Imaging Technology
16%
Bone Regenerative
16%
Industrial Catalyst
16%
Aging Behavior
16%
Time-dependent Processes
16%
Deposit Morphology
16%
Diffusive Transport
16%
Cancer Research
16%
Epithelial Origin
16%
2D Cell Culture
16%
Tumor Modeling
16%
Synthetic Origin
16%
Sintering Parameters
16%
Drug Efficacy Evaluation
16%
Organoids
16%
Surgical Procedures
16%
Catalyst Scale-up
16%
Acid Strength
16%
Nanotechnological Approaches
16%
Natural Origin
16%
Bed Permeability
16%
Sensor Characterization
16%
High Emissivity
16%
Host Molecules
16%
Solar Spectrum
16%
Titration Experiment
16%
Transparency Window
16%
Prototype Development
16%
Technological Improvement
16%
Drainage Parameters
16%
Direct Solar Radiation
16%
Free Zones
16%
Operational Factors
16%
High Reflectivity
16%
Co-free
16%
Photonic Radiator
16%
Flow Rate Ratio
16%
Total Porosity
12%
End Temperature
12%
Engineering
Blast Furnace
100%
Blast Pressure
66%
Experimental Model
66%
Dry Reforming
50%
Superheater
50%
Slag Viscosity
50%
Temperature Gradient
50%
Induced Change
50%
Tapping (Threads)
50%
Methane
50%
Particulate Material
50%
Sintering
50%
Nanoparticles
50%
Liquid Level
41%
Dynamic Models
33%
Computational Fluid Dynamics
33%
Blast Furnace Operation
25%
Two Dimensional
25%
Processing Step
25%
Two-Phase Flow
25%
Flow Rate
16%
Packed Bed
16%
Similarities
16%
Liquid Volume
16%
Process Condition
16%
Ion Release
16%
Phase Composition
16%
Bone Application
16%
Crystallizes
16%
Recovery Boiler
10%
Dependent Process
10%
Melting Temperature
10%
Melting Behavior
10%
Energy-Dispersive X-Ray Analysis
10%
Boiler
10%
Cross Section
10%
Gradient Zone
10%
External Energy
8%
Thermal Control
8%
Produced Material
8%
Stability Test
8%
Heat Flux Measurement
8%
Thermal Imager
8%
Transmissions
8%
Cooling Power
8%
Term Stability
8%
Silica Nanoparticle
8%
Crystallinity
8%
Thermal Radiation
8%
Absorptivity
8%
Main Purpose
8%
Low-Temperature
8%
Temperature Stability
8%
Direct Sunlight
8%
Solar Radiation
8%
Ray Diffraction
8%
Solar Irradiation
8%
Emissivity
8%
Material Science
Lignin
100%
Sintering
100%
Metamaterial
58%
Nanoparticle
56%
Al2O3
50%
Metal Oxide
50%
Hematite
50%
Magnesium Oxide
50%
Sodium Ion Battery
50%
Amorphous Material
50%
Two Phase Flow
50%
Combustion Synthesis
33%
Oxide Compound
33%
X-Ray Diffraction
33%
Nanocrystalline Material
25%
Reflectivity
25%
Lithium Ion Battery
20%
Phase Composition
16%
Body Fluid
16%
Transmission Electron Microscopy
16%
Glass Composition
16%
Silicate
16%
Bioglass
16%
Heat Treatment
10%
Lithium
10%
Electrochemical Property
10%
Leaching
10%
Battery (Electrochemical Energy Engineering)
10%
Magnesium
10%
Electrical Energy Storage
10%
Biopolymer
10%
Anode Material
10%
Anode
10%
Antioxidant Capacity
6%
Biocompatibility
6%
Biomedical Materials
6%
Polyphenol
6%
Hydrogel
6%
Film
6%
Paper Industry
6%