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Light absorption by MIM structures

Results.DGTDMim History

Show minor edits - Show changes to output

June 11, 2015, at 04:04 PM by 193.51.208.178 -
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%center% Reflection coefficient of the periodic structure
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%center% Absorption coefficient of the periodic structure
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April 25, 2015, at 11:26 AM by 82.228.254.112 -
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High speed photonic integrated circuits (PICs) are the subject of intense research in recent years. The introduction of surface plasmon polaritons (SPPs) at metal dielectric interfaces made it possible to overcome the diffraction limit and confine light on sub-wavelength scales. Waveguides based on SPPs have also been demonstrated, in the form of Metal-Insulator-Metal (MIM) waveguides. MIM waveguides are mostly used because they provide highconfinement within the core region.
to:
High speed photonic integrated circuits (PICs) are the subject of intense research in recent years. The introduction of surface plasmon polaritons (SPPs) at metal dielectric interfaces made it possible to overcome the diffraction limit and confine light on sub-wavelength scales. Waveguides based on SPPs have also been demonstrated, in the form of Metal-Insulator-Metal (MIM) waveguides. MIM waveguides are mostly used because they provide high confinement within the core region.
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(:table align='center' border='5px' bordercolor='black' width='100%' bgcolor='ivory':)
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(:table align='center' border='5px' bordercolor='black' width='50%' bgcolor='ivory':)
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April 25, 2015, at 11:25 AM by 82.228.254.112 -
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Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers.
to:
Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers. The tetrahedral mesh consists of 479 vertices and 1783 tetrahedra. Simulations have been performed on 4 cores of a Dell C6220 server equipped with Intel Xeon E5-2680@2.80 GHz CPU.
(:table align='center' border='5px' bordercolor='black' width='100%' bgcolor='ivory':)
(:cellnr align='center':)
(:cell  align='center':) Elapsed time
(:cellnr align='left':) DGTD-P'_1_' method
(:cell  align='center':) 20 sec
(:cellnr align='left':) DGTD-P'_2_' method
(:cell  align='center':) 84 sec
(:cellnr align='left':) DGTD-P'_3_' method
(:cell  align='center':) 315 sec
(:tableend:)
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April 25, 2015, at 11:20 AM by 82.228.254.112 -
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%lfloat text-align=center width=250px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg |
Tetrahedral mesh for plasmonic resonance of a gold nanosphere with radius 50 nm. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).

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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers.
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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png |
Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers.
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April 25, 2015, at 11:19 AM by 82.228.254.112 -
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%lfloat text-align=center width=250px% http://www-sop.inria.fr/nachos/pics/results/nano_sphere/nano_sphere-mesh.jpg |
Tetrahedral mesh for plasmonic resonance of a gold nanosphere with radius 50 nm. The scatterer (in red) is enclosed by the total field (TF) region (in blue), delimited by the TF/SF interface on which the incident field is imposed. Then we find the scattered field (SF) region (in purple), surrounded by UPMLs (in gray).

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April 24, 2015, at 04:47 PM by 138.96.201.175 -
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%center% Amplitude of the discrete Fourier transform of the magnetic field (values are scaled to maximum data range)
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%center% Amplitude of the discrete Fourier transform of the magnetic field
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April 24, 2015, at 04:47 PM by 138.96.201.175 -
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(:cellnr  align='center':) DGTD-P'_1_' method
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(:cellnr  align='center':) DGTD-P'_2_' method
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(:cell    align='center':) DGTD-P'_4_' method
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%center% Amplitude of the discrete Fourier transform of the magnetic field (values are scaled to maximum data range)
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April 24, 2015, at 04:46 PM by 138.96.201.175 -
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April 24, 2015, at 04:46 PM by 138.96.201.175 -
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April 24, 2015, at 04:45 PM by 138.96.201.175 -
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%center% Reflection coefficient of the periodic structure
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April 24, 2015, at 04:45 PM by 138.96.201.175 -
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April 24, 2015, at 04:40 PM by 138.96.201.175 -
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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. [[<<]] The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers.
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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers.
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April 24, 2015, at 04:40 PM by 138.96.201.175 -
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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
aluminium, and the green ones to silica. Grey cells constitute the PML layers. [[<<]]
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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. [[<<]] The red cells correspond to aluminium, and the green ones to silica. Grey cells constitute the PML layers.
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April 24, 2015, at 04:39 PM by 138.96.201.175 -
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%lfloat text-align=left width=100px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
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%lfloat text-align=left width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
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April 24, 2015, at 04:39 PM by 138.96.201.175 -
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April 24, 2015, at 04:38 PM by 138.96.201.175 -
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April 24, 2015, at 04:38 PM by 138.96.201.175 -
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%lfloat text-align=left width=800px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
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%lfloat text-align=left width=100px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
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April 24, 2015, at 04:38 PM by 138.96.201.175 -
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%lfloat text-align=left width=500px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
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%lfloat text-align=left width=800px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
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April 24, 2015, at 04:38 PM by 138.96.201.175 -
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. [[<<]] The red cells correspond to
aluminium, and the green ones to silica. Grey cells constitute the PML layers.
to:
%lfloat text-align=left width=500px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. The red cells correspond to
aluminium, and the green ones to silica. Grey cells constitute the PML layers. [[<<]]
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April 24, 2015, at 04:37 PM by 138.96.201.175 -
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air.  The red cells correspond to
aluminium, and the green ones to silica. Grey cells constitute the PML layers. [[<<]]
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air. [[<<]] The red cells correspond to
aluminium, and the green ones to silica. Grey cells constitute the PML layers.
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April 24, 2015, at 04:36 PM by 138.96.201.175 -
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png Periodic tetrahedral mesh of the MIM structure surrounded by air.  The red cells correspond to
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png | Periodic tetrahedral mesh of the MIM structure surrounded by air.  The red cells correspond to
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April 24, 2015, at 04:36 PM by 138.96.201.175 -
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png [[<<]]
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%lfloat text-align=left width=300px% %width=220px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/new/meshview.png Periodic tetrahedral mesh of the MIM structure surrounded by air.  The red cells correspond to
aluminium, and the green ones to silica. Grey cells constitute the PML layers. [[<<]]
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April 24, 2015, at 04:35 PM by 138.96.201.175 -
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(:cellnr  align='center':) DGTD-P'_1_' method
(:cell    align='center':) DGTD-P'_2_' method
(:cell    align='center':) DGTD-P'_3_' method
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April 24, 2015, at 04:34 PM by 138.96.201.175 -
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April 24, 2015, at 04:28 PM by 138.96.201.175 -
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April 24, 2015, at 04:07 PM by 138.96.201.175 -
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High speed photonic integrated circuits (PICs) are the subject of intense research in recent years. The introduction of surface plasmon polaritons (SPPs) at metal dielectric interfaces made it possible to overcome the diffraction limit and confine light on sub-wavelength scales. Waveguides based on SPPs have also been demonstrated, in the form of Metal-Insulator-Metal (MIM) waveguides.
to:
High speed photonic integrated circuits (PICs) are the subject of intense research in recent years. The introduction of surface plasmon polaritons (SPPs) at metal dielectric interfaces made it possible to overcome the diffraction limit and confine light on sub-wavelength scales. Waveguides based on SPPs have also been demonstrated, in the form of Metal-Insulator-Metal (MIM) waveguides. MIM waveguides are mostly used because they provide highconfinement within the core region.
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This study is conducted in collaboration with  Salim Boutami and Alain Glière (Laboratoire Capteurs et Nanophotonique, CEA LETI, Grenoble).
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High speed photonic integrated circuits (PICs) are the subject of intense research in recent years. The introduction of surface plasmon polaritons (SPPs) at metal dielectric interfaces made it possible to overcome the diffraction limit and confine light on sub-wavelength scales. Waveguides based on SPPs have also been demonstrated, in the form of Metal-Insulator-Metal (MIM) waveguides.
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(:cell    align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Ez_view4.png
(:cell    align='center':)%width=200px% http://www-sop.inria.fr/nachos/pics/results/mim_structure/Hx_view4.png
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April 24, 2015, at 02:55 PM by 138.96.201.175 -
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April 24, 2015, at 02:53 PM by 138.96.201.175 -
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