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Nuclear physics / Scattering / Electromagnetism / Computational electromagnetics / Light scattering / Finite-difference time-domain method / Born approximation / Correlation and dependence / Physics / Computational science / Electrodynamics


September 1, [removed]Vol. 34, No[removed]OPTICS LETTERS[removed]Accuracy of the Born approximation in calculating the scattering coefficient of biological
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Document Date: 2012-07-09 15:31:24

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City

Charleston / /

Company

Cambridge U. Press / /

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Facility

Northwestern University / /

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electromagnetic modeling tools / rigorous numerical solution / theoretical tools / tissue-like random media / biological continuous random media / biological media / continuous random media / random media / biological random continuous media / numerical solution / biological random media / electromagnetic simulation tool / /

Organization

Electrical Engineering and Computer Science Department / National Institute of Health / Optical Society of America / Optical Society of America OCIS / Biomedical Engineering Department / US Federal Reserve / Northwestern University / /

Person

C. Van De Hulst / Jeremy D. Rogers / /

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*Corresponding author / /

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Rhode Island / South Carolina / /

PublishedMedium

OPTICS LETTERS / /

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broadband / simulation / 3-D / /

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