Keyphrases
Gold Nanoparticles
100%
Finite Element Method
100%
Near-infrared Laser
100%
Multi-source Model
100%
Plasmonic Heating
100%
Linear Superposition
70%
Maximum Temperature
40%
Temperature Rise
40%
Temperature Variation
30%
Two-layer
30%
Finite Element Method Model
30%
Phantom
20%
Photothermal Therapy
20%
Temperature Distribution
20%
Breast Phantom
20%
Tissue-like
20%
Heat Source
20%
Multi-source
20%
Laser Heat Source
20%
Order of Magnitude
10%
Spatial Distribution
10%
Near-infrared
10%
Experimental Validation
10%
Computation Time
10%
Spatiotemporal
10%
Superposition Model
10%
Microcavity
10%
Analytic Element Method
10%
Multiple Heat Sources
10%
Two-layer Phantom
10%
Heat Diffusion Equation
10%
Optical Tunability
10%
Reduced Computation
10%
Heating Characteristics
10%
Infrared Laser Illumination
10%
Computer Memory
10%
Superposition Approach
10%
Computational Phantom
10%
Engineering
Gold Nanoparticle
100%
Plasmonics
100%
near-Infrared Laser
100%
Finite Element Analysis
100%
Linear Superposition
70%
Maximum Temperature
40%
Superposition Method
40%
Temperature Increase
40%
Temperature Change
30%
Heat Sources
30%
Good Agreement
20%
Temperature Distribution
20%
Actuator
20%
Computation Time
10%
Infrared Region
10%
Laser Illumination
10%
Computer Memory
10%
Heat Diffusion Equation
10%
Spatial Distribution
10%
Physics
Near Infrared
100%
Gold Nanoparticle
100%
Infrared Laser
100%
Finite Element Analysis
100%
Heat Sources
30%
Temperature Distribution
20%
Actuator
20%
Memory (Computers)
10%
Spatial Distribution
10%