Keyphrases
Sedimentation Velocity
100%
Particle Technology
85%
Engineering Curriculum
45%
Numerical Simulation
35%
Variational Principle
35%
Technology Research
32%
Microwave Joining
28%
Pulse Response
28%
Particle Approximation
28%
Incident Pulse
28%
Variational
28%
Concentrated Suspensions
28%
Minimum Principle
28%
Microwave Pulse
28%
Dispersion Relation
28%
Theory Simulation
28%
Constant Coefficients
28%
Scattering Problem
28%
Velocity Fluctuation
28%
Interparticle Distance
28%
Statistical Properties
28%
Point Particle
28%
Linear Wave
28%
Asymptotic Theory
28%
Hollow Tube
28%
Laboratory Development
28%
Rigid Particle
28%
Stokes Flow
28%
Finite Difference Method
28%
Scattered Field
19%
Liquid Bulk
14%
Nonlinear Heat Equation
14%
Container Size
14%
Particle Statistics
14%
Two-particle Distribution Function
14%
Relative Position Estimation
14%
Highly Dispersive
14%
Dielectric Medium
14%
Debye Model
14%
Infinite-particle-number Limit
14%
Time-domain Approach
14%
Low Wavenumber
14%
Linear Wave Equation
14%
Dispersive Materials
14%
Dipole Oscillation
14%
Strang Splitting
14%
Three-particle
14%
Hydrodynamic Interaction
14%
Explicit Formula
14%
2-sphere
14%
Mathematics
Upper Bound
57%
Variance
42%
Numerical Simulation
42%
Variational Principle
38%
Particle Approximation
28%
Particle Density
28%
Finite Difference Method
28%
Dispersive
28%
Scattering Problem
28%
Statistical Property
28%
Stoke Flow
28%
Asymptotic Theory
28%
Numerical Experiment
28%
Statistics
28%
Numerical Computation
28%
Dispersion Relation
19%
Wave Equation
19%
Constant Coefficient
19%
Accurate Prediction
14%
Particle Distribution Function
14%
Convolution
14%
Interpolation Formulas
14%
Heat Equation
14%
Hard Spheres
14%
Two Dimensions
14%
Time Domain
9%
System Of Ordinary Differential Equations
9%
Initial-Value Problem
9%
Asymptotics
9%
Time Step
9%
Distribution Function
9%
Variable Coefficient
9%
Spatial Dimension
9%
Explicit Formula
9%
Unknown Function
7%
Asymptotic Approximation
7%
Posed Problem
7%
Outer Solution
7%
Single Layer Potential
7%
Timescale
7%
Relative Error
7%