Accession Number:

AD1096367

Title:

Bioinspired Engineering Synthesis Technology (BEST) for Active Photonic (NBIT III)

Descriptive Note:

Technical Report,14 Aug 2013,13 Aug 2017

Corporate Author:

Regents of the University of California Berkeley United States

Personal Author(s):

• Lee, Luke
• Kang,Taewook

Report Date:

2019-03-19

Pagination or Media Count:

48.0

Abstract:

Nanoplasmonic science have attracted significant interest in various applicationsincluding electronics, photonics, energy, environmental and biomedical applications.However, their practical applications still require overcoming a few critical problems 1 therational design and scalable synthesis of unconventional nanostructures with superiorproperties, 2 active controls and orientation of nanostructures, and 3 efficient integrationof nanostructures into functional devices.

Descriptors:

• bacteria
• chemical reactions
• detectors
• finite difference time domain
• raman spectroscopy
• scattering
• spectra
• surface plasmon polaritons
• electromagnetic fields
• lasers
• spectroscopy
• materials testing
• optics
• materials processing
• metallic nanoparticles
• optical properties
• surface plasmon resonance
• materials science
• chemical synthesis
• chemistry

Subject Categories:

Distribution Statement:

APPROVED FOR PUBLIC RELEASE