Keyphrases
Active Elements
25%
Active Metal Site
25%
All Levels
50%
Application Specific Integrated Circuits
25%
Array Circuit
25%
Atomic Properties
25%
Background Radiation
25%
Brookhaven National Laboratory
50%
Careers in Science
50%
Chemical Analysis
50%
Commercial Systems
25%
Correlated Electron Systems
25%
Count Rate
25%
Detection Technology
50%
Detector Array
50%
Detector Elements
25%
Detector System
100%
Diffraction Methods
25%
Electronic Properties
25%
Element Density
25%
Elemental Mapping
25%
Energy Resolution
25%
Fold Increase
50%
High Energy Resolution
25%
High Heat Flux
25%
High School Students
50%
High-resolution
25%
Holography
50%
Information Processing Capability
25%
Institutes of Technology
50%
Instrument Development
50%
Integrated Circuits
50%
Laboratory Course
50%
Later Generations
25%
Light Source
25%
Low Noise
25%
Material Properties
25%
Materials Education
100%
Metal Oxide
25%
New Detectors
75%
New Jersey
50%
Newark
50%
Protein Molecules
50%
Real-time Quantitative
25%
Scattering Techniques
25%
Scientific Literacy
50%
Signal Analysis
50%
Signal Processing
25%
Silicon Detectors
100%
Silicon Drift Detector
25%
Synchrotron Light Source
25%
Synchrotron Source
25%
Synchrotron X-ray Absorption Spectroscopy
100%
Transition Metal Oxides
50%
Undergraduate Students
50%
University of Tennessee
50%
Unwanted Signal
25%
X-ray Detectors
25%
X-ray Holography
100%
X-ray Materials
100%
X-ray Photon
25%
Physics
Background Radiation
33%
Chemical Element
16%
High Resolution
33%
Holography
50%
Holography
50%
Integrated Circuit
100%
Light Source
66%
Low Noise
33%
Property of Materials
33%
Signal Analysis
66%
Signal Processing
16%
Synchrotron
100%
Transition Element
33%
Transition Metal
66%
X Ray Spectroscopy
100%
Engineering
Active Element
25%
Application Specific Integrated Circuit
50%
Detector Array
50%
Detector Element
25%
Detector System
100%
Electron System
25%
Fold Increase
50%
Front End
25%
High Resolution
25%
Integrated Circuit
12%
Integrated Circuit
12%
Light Source
50%
School Student
50%
Secondary Schools
25%