Search Results - Monte Carlo methods applied to problems in optics and electromagnetic theory

Accounting for inhomogeneous broadening in nano-optics by electromagnetic modeling based on Monte Carlo methods by Gudjonson, Herman, Kats, Mikhail A, Liu, Kun, Nie, Zhihong, Kumacheva, Eugenia, Capasso, Federico

“…; this is particularly the case for applications in nano-optics and plasmonics, including colloidal solutions, plasmonic or dielectric nanoparticles on a substrate, antenna arrays, and others…”
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Sequential Monte Carlo Methods for Electromagnetic NDE Inverse Problems-Evaluation and Comparison of Measurement Models by Khan, T., Ramuhalli, P.

“…Flaw profile estimation from measurements is a typical inverse problem in electromagnetic nondestructive evaluation (NDE…”
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Proposed Monte Carlo - Neural Network method for solving electromagnetic interference problems by Micu, D D, Czumbil, L, Christoforidis, G, Ceclan, A

“…This paper presents the study of an Electromagnetic interference problem between high voltage power line and metallic underground pipelines using a hybrid method…”
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A Monte Carlo method for solving the electromagnetic scattering problem in dielectric bodies by Lopez-Menchon, Hector, Rius, Juan M, Heldring, Alexander, Ubeda, Eduard

“…In this work, we develop a novel Monte Carlo method for solving the electromagnetic scattering problem…”
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Analysis of electromagnetic interference problems proposed to be through an innovative Monte Carlo - neural network method by Micu, D.D, Czumbil, L, Polycarpou, A, Ceclan, A, Cimpan, L

“…This paper analyzes an electromagnetic interference problem and proposes an original approach using a combination of Monte Carlo Method and Neural Network Techniques…”
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The Monte-Carlo method applied to the Shabbat Elevator Event problem by Cumber, Peter S.

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A new effective Monte Carlo Midway coupling method in MCNP applied to a well logging problem by Serov, I.V., John, T.M., Hoogenboom, J.E.

“…The background of the Midway forward–adjoint coupling method including the black absorber technique for efficient Monte Carlo determination of radiation detector responses is described…”
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Reduced basis method for the adapted mesh and Monte Carlo methods applied to an elliptic stochastic problem by Morcos, Noura, Sayah, Toni

“…In this paper, we consider a stochastic elliptic partial differential system and we aim to approximate the solution using the Monte Carlo method based on the finite elements method…”
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Analysis of the LIFT Variance-Reduction Method Applied to Monte Carlo Radiation Transport Simulations of a Realistic Nonproliferation Test Problem by Somasundaram, Elanchezhian, Palmer, Todd S.

“…The Local Importance Function Transform (LIFT) method is a sophisticated automated variance-reduction technique for Monte Carlo simulation of radiation transport problems…”
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Simulation of Long Distance Wave Propagation in 2-D Sparse Random Media: A Statistical S-Matrix Approach in Spectral Domain by Ibrahim, Amr A., Sarabandi, Kamal

“… A mathematical technique for modeling the behavior of electromagnetic wave propagation as a function of distance in a 2-D sparse random media at millimeter wave (MMW…”
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MO‐E‐18C‐04: Advanced Computer Simulation and Visualization Tools for Enhanced Understanding of Core Medical Physics Concepts by Naqvi, S

“… One is a Monte Carlo code written with a strong educational aspect. The code can “label…”
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A New Procedure for Assessing the Sensitivity of Antennas Using the Unscented Transform by de Menezes, L.R.A.X., Soares, A.J.M., Silva, F.C., Terada, M.A.B., Correia, D.

“… Although the UT is used in control engineering, the method has only recently been applied to electromagnetic (EM) problems…”
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Universal Theory of Light Scattering of Randomly Oriented Particles: A Fluctuational-Electrodynamics Approach for Light Transport Modeling in Disordered Nanostructures by Ramirez-Cuevas, Francisco V, Gurunatha, Kargal L, Parkin, Ivan P, Papakonstantinou, Ioannnis

“… Randomness, however, imposes severe challenges for nanophotonics modeling, often constrained by the irregular geometry of the scatterers involved or the stochastic nature of the problem itself…”
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Improved Forward Backward Method With Spectral Acceleration for Scattering From Randomly Rough Lossy Surfaces by Brennan, Conor, Dung Trinh-Xuan, Mullen, Marie, Bradley, Patrick, Condon, Marissa

“…An efficient and accurate iterative method is proposed for computing electromagnetic (EM…”
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Light scattering by densely packed optically soft particle systems, with consideration of the particle agglomeration and dependent scattering by Ma, L X, Wang, C C, Tan, J Y

“…Light scattering and radiative transfer in optically soft particle systems are important problems in many fields of natural sciences and engineering, such as biology, ocean optics, atmospheric science…”
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Progress in radiative transfer in porous medium: A review from macro scale to pore scale with experimental test by Fuqiang, Wang, Xinping, Zhang, Yan, Dong, Hongliang, Yi, Shi, Xuhang, Yang, Li, Ziming, Cheng

“…•Radiative property measurement of porous at different temperatures is reviewed.•Solving RTEs using both electromagnetic and geometricaloptic theory are discussed…”
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Theory and practice of simulation of optical tweezers by Bui, Ann A.M., Stilgoe, Alexander B., Lenton, Isaac C.D., Gibson, Lachlan J., Kashchuk, Anatolii V., Zhang, Shu, Rubinsztein-Dunlop, Halina, Nieminen, Timo A.

“… One aspect in which it can be applied is the simulation of the dynamics of particles in optical tweezers…”
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Perturbation theory for the diffusion equation by use of the moments of the generalized temporal point-spread function. III. Frequency-domain and time-domain results by Sassaroli, Angelo, Martelli, Fabrizio, Fantini, Sergio

“… The method of Padé approximants is used to extend the validity of the theory to a wider range of absorption contrasts between defects and background…”
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Novel Devices for Dynamically Shaping the Wavefront and Polarization of Light by She, Alan Jenting

“… The wavefront and polarization are two important properties of light, or, in general, electromagnetic radiation, that dictate its behavior…”
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Monte Carlo simulation of real-time quantum processes by Duncan, A, Mawhinney, R, Stehle, P

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