nonlinear wave propagation model Search Results


nonlinear-optical wave propagation simulation  (COMSOL Inc)
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COMSOL Inc nonlinear-optical wave propagation simulation
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1d wave propagation analyses  (Abaqus Inc)
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nonlinear-wave propagation equation  (COMSOL Inc)
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Nonlinear Wave Propagation Equation, supplied by COMSOL Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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nonlinear wave propagation model  (COMSOL Inc)
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COMSOL Inc nonlinear wave propagation model
Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
Nonlinear Wave Propagation Model, supplied by COMSOL Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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5.2 finite element simulation  (COMSOL Inc)
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COMSOL Inc 5.2 finite element simulation
Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
5.2 Finite Element Simulation, supplied by COMSOL Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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nonlinear wave propagation  (EcoDesign Inc)
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EcoDesign Inc nonlinear wave propagation
Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
Nonlinear Wave Propagation, supplied by EcoDesign Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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software algorithms  (EcoDesign Inc)
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EcoDesign Inc software algorithms
Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
Software Algorithms, supplied by EcoDesign Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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x-ray lasers  (EcoDesign Inc)
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EcoDesign Inc x-ray lasers
Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
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permanent magnet generators emtdc  (EcoDesign Inc)
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Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
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milling machines  (EcoDesign Inc)
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Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
Milling Machines, supplied by EcoDesign Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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lung cochlear implants  (EcoDesign Inc)
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Comparison of thickness-dependent SHG experiments with nonlinear wave <t>propagation</t> simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).
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Image Search Results


Comparison of thickness-dependent SHG experiments with nonlinear wave propagation simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).

Journal: Scientific Reports

Article Title: Strong near band-edge excited second-harmonic generation from multilayer 2H Tin diselenide

doi: 10.1038/s41598-021-94612-8

Figure Lengend Snippet: Comparison of thickness-dependent SHG experiments with nonlinear wave propagation simulations for multilayer SnSe 2 . Schematic cross-section view of the: ( a ) bulk nonlinearity model, and ( b ) alternating nonlinear layer model. ( c , d ) Simulation results showing the fundamental field profiles (solid blue curves), SHG field profiles (dashed blue curves) and nonlinear polarization (solid red curves). ( e , f ) Comparison of the experimental (solid colored circles) and simulated (solid blue curves) SHG signals for the two different nonlinearity models considered here. A zoomed-in view of this plot is shown as an inset. (Created in MATLAB v9.6, R2019a, https://in.mathworks.com/ ).

Article Snippet: The nonlinear wave propagation model implemented in COMSOL Multiphysics software is described in the “ ” section.

Techniques: Comparison