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Efficient computation of arbitrary beam scattering on a sphere
Yuval Kashter
*
, Eran Falek
,
Pavel Ginzburg
*
Corresponding author for this work
School of Electrical Engineering
Ben-Gurion University of the Negev
Moscow Institute of Physics and Technology
Research output
:
Contribution to journal
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Article
›
peer-review
11
Scopus citations
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Keyphrases
Electromagnetic Scattering
100%
Incident Light
100%
Beam Scattering
100%
Efficient Computation
100%
Fast Calculation
100%
Timing Analysis
50%
Optomechanical Manipulations
50%
Incident Wave
50%
Scattering Problem
50%
Mie Series
50%
Complex Forms
50%
Sparsity
50%
Fast Optimization
50%
Numerical Techniques
50%
Electrically Large Object
50%
Spherical Scatterer
50%
Control Applications
50%
Scanning Microscopy
50%
Closed-form Analytical Solution
50%
Mie Solution
50%
Plane Wave Decomposition
50%
Monitoring Applications
50%
Weighted Integration
50%
Calculation Approach
50%
Global Coordinate System
50%
Electrically Large Structures
50%
Rotational Transformation
50%
Mathematics
Closed Form
100%
Scattering Problem
100%
Numerical Technique
100%
Complex Form
100%
Plane Incident Wave
100%
Plane Wave
100%
Computer Science
Incident Illumination
100%
Efficient Computation
100%
Optimization Algorithm
33%
Fundamental Problem
33%
Coordinate System
33%
Sparsity
33%
Analytical Form
33%
Control Application
33%
Monitoring Application
33%
Numerical Technique
33%
Physics
Electromagnetic Scattering Problem
100%
Plane Wave
50%
Incident Plane Wave
50%