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<t>Au@Ag</t> <t>NSs/PPSi</t> composite substrate <t>FDTD</t> simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.
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<t>Au@Ag</t> <t>NSs/PPSi</t> composite substrate <t>FDTD</t> simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.
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<t>Au@Ag</t> <t>NSs/PPSi</t> composite substrate <t>FDTD</t> simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.
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<t>Au@Ag</t> <t>NSs/PPSi</t> composite substrate <t>FDTD</t> simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.
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<t>Au@Ag</t> <t>NSs/PPSi</t> composite substrate <t>FDTD</t> simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.
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lumerical finite-difference time-domain (fdtd) simulation software package  (ANSYS inc)
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<t>Au@Ag</t> <t>NSs/PPSi</t> composite substrate <t>FDTD</t> simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.
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Average 90 stars, based on 1 article reviews
lumerical finite-difference time-domain (fdtd) simulation software package - by Bioz Stars, 2026-04
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Au@Ag NSs/PPSi composite substrate FDTD simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.

Journal: Nanophotonics

Article Title: Three-dimensional composite substrate based on pyramidal pitted silicon array adhered Au@Ag nanospheres for high-performance surface-enhanced Raman scattering

doi: 10.1515/nanoph-2024-0354

Figure Lengend Snippet: Au@Ag NSs/PPSi composite substrate FDTD simulation model and electromagnetic field distribution. (a) Au@Ag NSs/Si simulation model and electromagnetic field distribution. The intensity of the electromagnetic field | E / E 0 | 4 was represented by color scale. (b) Au@Ag NSs/PPSi SERS substrate FDTD simulation model. (c) Electromagnetic field distribution of composite SERS substrate with a height of 8.4 μm.

Article Snippet: To better understand the enhancement mechanism and behavior of the Au@Ag NSs/PPSi composite SERS substrate, finite difference time domain (FDTD) simulation was conducted using Ansys Lumerical software to calculate the local enhanced electric fields of Au@Ag NSs/Si and Au@Ag NSs/PPSi.

Techniques: