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WHAT IS CL
Introduction
What is CL?
Why use CL?
Modes of Operation
Unfiltered
Wavelength-Resolved
Wavelength-Filtered
Angular-Resolved (ARCL)
Polarization
Time-Resolved
Wavelength- and Angle-Resolved (WARCL)
Applications
Rocks, Minerals, & Gems
Meteorites
Sedimentary Rocks
Carbonate Rocks
Economically Important
Quartz
Zircons
Semiconductors
Process Development
Nanostructure Characterization
Device Characterization
LEDs
MicroLED Displays
Laser Diodes
Photovoltaics
Nanophotonics
Plasmonics
Metamaterials
Photonic Structures
Ceramics, Oxides, & Nitrides
Phosphors
Oxides & Nitrides
Dielectric Materials
Engineering Ceramics
Radiations
Organic Molecules
Biological Specimens
Pharmaceuticals
Polymers
How To
Getting Ready
Sample Preparation
Microscope Setup
Alignment
For Monarc
For MonoCL and ChromaCL
For Vulcan
Technique Selection
Spatial Mapping
Alignment for Mapping
Collecting Maps
Optimizing Maps
Spectroscopy
Alignment for Spectroscopy
Collecting Spectra
Optimizing Spectra
Emission Patterns
Alignment for Emission Patterns
Collecting Emission Patterns
Optimizing Emission Patterns
Spectrum Imaging
Wavelength-Filtered SI
Wavelength/Angle-Resolved SI
SEM/STEM SI Setup
Survey Image
Select and Survey ROI
Flow Control
Visual Feedback
Adjustments
Advanced SI
Analyze
Origins of Contrast
Luminescence Spectra
Least-Square Fitting
Single Spectrum
Spectrum Image
NLLS Models
NLLS Setup Palette
Tips & Tricks
Resources
Events
Glossary
FAQ
Contact
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Cathodoluminescence Explained. Episode 4: Improving spatial, spectral, and angular resolutions
Video of Cathodoluminescence Explained. Episode 4: Improving spatial, spectral, and angular resolutions
Resource category
Media video