Accession Number ADA564026
Title Design and Fabrication of Large-Enhancement-Factor, Large-Area SERS Nanostructures.
Publication Date Jul 2012
Media Count 5p
Personal Author F. Ding J. Hu S. Y. Chou W. Li W. Zhang
Abstract Princeton University has carried out research to investigate the physics of surface-enhanced Raman scattering (SERS), develop new nanostructure designs to control and increase SERS sensitivity, and to use innovative high- precision large-area nanopatterning technologies to fabricate SERS nanostructures. Particularly, the research has led to (i) a new SERS substrate architecture, disk-coupled dots-on-pillar antenna-array (D2PA), that has a large-area uniform SERS enhancements of several orders of magnitude higher than the highest previously reported, (ii) new nanofabrication technologies for making such SERS substrate over large area with high throughput and low cost; (iii) giant fluorescence enhancement on such substrates, and (iv) applications of such substrates for bio/chemical detections.
Keywords Antenna arrays
Biological agent detectors
Chemical agent detectors
D2pa(Disk coupled dots on pillar antenna arrays)
Fabrication
Fluorescence
Nanofabrication
Nanoimprint
Nanopatterning technologies
Nanotechnology
Raman scattering
Sers(Surface enhanced raman scattering)
Wafers

 
Source Agency Non Paid ADAS
NTIS Subject Category 49E - Optoelectronic Devices & Systems
99F - Physical & Theoretical Chemistry
46C - Optics & Lasers
Corporate Author Princeton Univ., NJ. Dept. of Electrical Engineering.
Document Type Technical report
Title Note Final rept. 1 May 2008-30 Apr 2012.
NTIS Issue Number 1302
Contract Number FA9550-08-1-0222

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