Applications in Cathodoluminescence
Explore the diverse applications of our advanced cathodoluminescence technologies across various materials studies.
Power Electronics
Quantum technologies
Sensors
Life sciences
Energy Materials
RF / power transistors
Optoeletronics
Failure analysis
Process control
Process development
Fundamental and applied research
II-VI semiconductors
Rare-earth doped phosphors
Phosphide semiconductors
Polymers & Biopolymers
Plasmonic/metamaterials
Arsenide semiconductors
Transition metal dichalcogenides
Halide perovskites
Diamond
Silicon carbide
Oxide semiconductors
Silicon and alloys
Nitride semiconductors
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II-VI semiconductors
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Rare-earth doped phosphors
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Phosphide semiconductors
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Polymers & Biopolymers
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Plasmonic/metamaterials
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Arsenide semiconductors
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Transition metal dichalcogenides
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Halide perovskites
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Diamond
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Silicon carbide
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Oxide semiconductors
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Silicon and alloys
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Nitride semiconductors
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Application
Identifying Atomic-Scale Defects Responsible for Blue Emission in hBN Using Correlative STEM-CL
Correlative STEM-CL links localized blue emission in hBN directly to atomic-scale defects, providing new insights into quantum emitters.
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Quantitative CL Uniquely Resolves Individual Point Defects in InGaN/GaN Quantum Wells, Solving Efficiency Gain Riddle
We show how large-area CL homogeneity (qCL) and excellent spatial resolution enable resolving point defects in quantum well structures
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Comprehensive Defect Review and Classification for SiC
We show how spectrally-resolved quantitative CL can be used to classify various defects in SiC
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Non-Destructive Quality Control of Micron-Sized Light Emitting Diodes
We introduce CL as a non-destructive method for micro LED process control and development
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Dislocation Type Determination by Cathodoluminescence
Find out how CL can determine threading dislocation types
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Correlating Structural and Optical Properties of Lead Halide Perovskites
We introduce CL-STEM as a complementary technique to other in-STEM characterization methods for identifying the physical origin of lead halide perovskite optical properties.
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Resolving Individual Quantum Emitters in GaN-AlN Superlattice Nanowires
We show how CL-STEM can be used for highly localized optical characterization of quantum emitters
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Non-Destructive Control of Epitaxial Layer Uniformity in GaN Power Devices
We show how spectrally-resolved quantitative CL can be used to monitor buried alloy layer composition
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Applications on Hyperspectral Mapping with High Spatial Resolution for Optoelectronic Devices
Find out how CL can detect defects in optoelectronic materials
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