Delmic
  • Solutions
    • By field
      • Academia
      • Industry
    • By application
      • Life Sciences
        • Cancer Research
        • Marine Microbiology
        • Neuroscience
        • Cell Biology
        • Virology
        • Diabetes
      • Geology
        • Zircons
        • Sedimentary Rocks
        • Meteorite Impacts
      • Materials Science
        • LEDs
        • PV Materials
        • Phosphors
      • Nanophotonics
        • Plasmonics and Metamaterials
        • Dielectric Photonics
  • Techniques
    • Learn more about techniques
      • Cathodoluminescence
      • Correlative light and electron microscopy
      • Cryo-ET
      • Fast electron microscopy
  • Products
    • CL Solutions

      Cathodoluminescence solutions that reveal fundamental properties of matter 

      • SPARC Spectral SPARC Spectral
      • SPARC Compact SPARC Compact
      • JOLT JOLT
    • Cryo Solutions

      Integrated and automated solutions to unlock the power of cryo-ET workflow

      • METEOR METEOR
    • FAST IMAGING

      Fast EM solutions for reliable and high throughput electron microscopy

      • FAST-EM FAST-EM
    • CLEM Solutions

      Integrated correlative microscopy solutions that combine the power of fluorescence and electron microscopy

      • SECOM SECOM
      • DELPHI DELPHI
  • Learn
    • Customers
      • Customer Stories
    • Education
      • Microscopy Blog
      • Webinars
      • Cryo-EM: FAQ
    • Resources
      • Resource Library
      • Glossary
      • CL Publications
      • CLEM Publications
  • Company
    • Get to know us better
      • About Us
      • News
      • Career
      • Distributors
  • Contact
Search
  • Chinese
  • English
  • Chinese
  • English
Request a quote
  • By field
    • Academia
    • Industry
  • By application
    • Life Sciences
      • Cancer Research
      • Marine Microbiology
      • Neuroscience
      • Cell Biology
      • Virology
      • Diabetes
    • Geology
      • Zircons
      • Sedimentary Rocks
      • Meteorite Impacts
    • Materials Science
      • LEDs
      • PV Materials
      • Phosphors
    • Nanophotonics
      • Plasmonics and Metamaterials
      • Dielectric Photonics
  • Learn more about techniques
    • Cathodoluminescence
    • Correlative light and electron microscopy
    • Cryo-ET
    • Fast electron microscopy
  • CL Solutions

    Cathodoluminescence solutions that reveal fundamental properties of matter 

    • SPARC Spectral SPARC Spectral
    • SPARC Compact SPARC Compact
    • JOLT JOLT
  • Cryo Solutions

    Integrated and automated solutions to unlock the power of cryo-ET workflow

    • METEOR METEOR
  • FAST IMAGING

    Fast EM solutions for reliable and high throughput electron microscopy

    • FAST-EM FAST-EM
  • CLEM Solutions

    Integrated correlative microscopy solutions that combine the power of fluorescence and electron microscopy

    • SECOM SECOM
    • DELPHI DELPHI
  • Customers
    • Customer Stories
  • Education
    • Microscopy Blog
    • Webinars
    • Cryo-EM: FAQ
  • Resources
    • Resource Library
    • Glossary
    • CL Publications
    • CLEM Publications
  • Get to know us better
    • About Us
    • News
    • Career
    • Distributors

Blog

  • cathodoluminescence
  • SPARC
  • life sciences
  • cryo electron microscopy
  • fast SEM imaging
  • cryo-electron tomography
  • SECOM
  • correlative light and electron microscopy
  • materials science
  • semiconductors
  • geology
  • photovoltaics
  • nanophotonics
  • plasmonics
  • LAB Cube
  • time-resolved cathodoluminescence
  • webinar
  • All topics

cathodoluminescence

What is the newest application of cathodoluminescence imaging?

As a powerful technique with high spatial solution, cathodoluminescence (CL) imaging has been applied in many different fields, from geology to nanophotonics and materials science. In addition to the well known applications like semiconductors and LED’s, an emerging application for CL imaging is polymers and plastics.

cathodoluminescence
Correlative cathodoluminescence electron microscopy: study cellular ultrastructure with high spatial resolution
cathodoluminescence
Cathodoluminescence imaging for semiconductors
cathodoluminescence
Studying UV LED materials with cathodoluminescence imaging

Must read

  • 1

    Using integrated fluorescence light microscopy to improve the cryo-electron tomography workflow
  • 2

    Overcoming the challenges of large-scale electron microscopy
  • 3

    What is the difference between cathodoluminescence and other SEM techniques?
  • 4

    Imaging biological specimens with correlative cathodoluminescence electron microscopy
  • 5

    How can cathodoluminescence imaging modes enhance your research in 6 ways?
cathodoluminescence
What is the difference between coherent and incoherent cathodoluminescence?

Cathodoluminescence processes can be divided into two categories: coherent and incoherent CL. But what is the difference between these? In this blog post we ...

cathodoluminescence
Observing defects in rocks with cathodoluminescence

Cathodoluminescence is commonly used to pre-screen geological samples and combined with other SEM techniques for in-depth study. Various CL imaging modes can ...

cathodoluminescence
How to prepare your sample for cathodoluminescence imaging?

Cathodoluminescence is a specific form of luminescence caused by ‘free’ electrons (or simply electron propagating through space).

Receive the latest updates in your mail

cathodoluminescence
How to study properties of rare-earth doped materials with cathodoluminescence

Rare-earth elements, also known as REE, are a group of elements, consisting of scandium, yttrium and 15 lanthanide elements.

cathodoluminescence
How can time-resolved cathodoluminescence imaging expand applications of (compound) semiconductors in new technologies?

Semiconductors, as a crucial part of electronic devices, have been in focus in materials research in the last few decades.

cathodoluminescence
How to perform lifetime imaging using time-resolved cathodoluminescence?

What is time-resolved cathodoluminescence? How can performing lifetime mapping or a g(2) mapping add value to your research? In the video below Toon Coenen, ...

cathodoluminescence
What are the optimal imaging conditions for cathodoluminescence?

Understanding the effects of the SEM parameters on generating (incoherent) cathodoluminescence (CL) is essential for obtaining high-quality CL intensity maps ...

cathodoluminescence
How can cathodoluminescence imaging modes enhance your research in 6 ways?

Cathodoluminescence is a great tool for obtaining valuable information about the properties of a sample, which can empower researchers and developers with a ...

  • 1
  • 2
  • 3
  • →
  • Delmic
    • twitter
    • linkedin
    • youtube

    Privacy Policy

  • Product
    • SPARC Spectral
    • SPARC Compact
    • JOLT
    • SECOM
    • DELPHI
  • Solutions
    • By field
      • Academia
      • Industry
    • By application
      • Life Sciences
      • Materials Science
      • Geology
      • Nanophotonics
  • Techniques
    • CLEM
    • Cathodoluminescence
    • Cryo electron microscopy
    • Fast EM
  • Learn
    • All resources
    • Customer stories
    • Blog
    • CLEM publications
    • CL publications
    • Glossary
  • Company
    • About Delmic
    • News
    • Find local distributor
    • Careers

Privacy Policy