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Novel method for synthesis of engineered particulates with thin coatings
J. Fitz-Gerald
, R. K. Singh
University of Florida
Research output
:
Contribution to journal
›
Conference article
›
peer-review
2
Scopus citations
Overview
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Engineering
Energy Engineering
100%
Aluminum Oxide
100%
Pulse Duration
100%
Laser Parameter
100%
Laser Wavelength
100%
Ray Photoelectron Spectroscopy
100%
Nanosecond
100%
Secondary Battery
100%
Substrate Material
100%
Cluster Size
100%
Pulsed Laser Ablation
100%
Surface Coverage
100%
Atmospheric Aerosol
100%
Flat Substrate
100%
Excimer Laser
100%
Flat Panel Display
100%
Energy Density
100%
Thin Films
100%
Active Control
100%
Sintering
100%
Keyphrases
Particulate
100%
Core Particle
100%
Thin Film Coating
100%
Laser Plume
50%
Particulate Coatings
50%
Wide-ranging
25%
Laser Parameters
25%
Energy Density
25%
Aluminum Oxide
25%
X-ray Photoelectron Spectroscopy
25%
Rechargeable Batteries
25%
Energy Dispersive X-ray Spectroscopy
25%
Plume
25%
Irradiation
25%
Particle Size
25%
Active Control
25%
Surface Coverage
25%
Laser Pulse
25%
Pulse Duration
25%
Laser Wavelength
25%
Cluster Size
25%
Residence Time
25%
Substrate Material
25%
Uniformly Discrete
25%
Laser Deposition
25%
Silver Particle Deposition
25%
Laser Ablation Method
25%
Particulate Systems
25%
Excimer Laser
25%
Pulsed Laser Ablation Technique
25%
Flat Panel Display
25%
Background Gas
25%
Wavelength Dispersive
25%
Advanced Ceramics
25%
Battery Etc
25%
Silver Target
25%
Spectroscopic Techniques
25%
Uniformly Distributed
25%
Flat Substrate
25%
Material Science
Laser Ablation
100%
Film
100%
Silver
100%
Energy Density
50%
Aluminum Oxide
50%
Secondary Battery
50%
Spectroscopy Technique
50%
Laser Pulse
50%
Photoemission Spectroscopy
50%
Sintering
50%
Inert Gas
50%
Laser Deposition
50%
Particulate System
50%
Thin Films
50%