Characterization, Optical, and Theoretical Investigation of Arrays of the Metallic Nanowires Fabricated by a Shadow Deposition Method

Kitsakorn Locharoenrat; Goro Mizutani

doi:10.4028/www.scientific.net/AMR.622-623.652

Paper Titles

Simulation of Biomass Gasification with Oxygen/Air as Gasifying Agent by ASPEN Plus
p.633

Polymer Core BGA Stress Analysis at Minimal Vertical Loading
p.639

Wire Bond Shear Test Simulation on Hemispherical Surface Bond Pad
p.643

Wire Bond Shear Test Simulation on Sharp Groove Surface Bond Pad
p.647

Characterization, Optical, and Theoretical Investigation of Arrays of the Metallic Nanowires Fabricated by a Shadow Deposition Method
p.652

Flow Stress Determination of Steel Tube for Hydroformability Evaluation
p.656

The Research of Electric Fields Calculation Based on Ring Current Source Model
p.661

Simulation and Analysis of Three Finger Micro/Nano Gripper Using Different Materials
p.665

Simulation and Analysis of Hot Forging Process of Industrial Hub
p.671

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 622-623Characterization, Optical, and Theoretical...

Characterization, Optical, and Theoretical Investigation of Arrays of the Metallic Nanowires Fabricated by a Shadow Deposition Method

Abstract:

We have fabricated Au, Cu, and Pt nanowires by using a shadow deposition technique. We have then investigated optical properties of these nanowires by studying the second harmonic generation (SHG) spectra. With experimental and theoretical studies, we have discovered that the surface plasmon resonance was served as an origin of the enhancement of the SH response from the metallic nanowires.