SPARC Spectral
SPARC Compact
JOLT
SECOM
DELPHI
Resource library
Are you looking for a brochure? Want to watch a webinar? Or read an application note? You're in the right place.
Research Area
Resource
Technique
Product group
3 Outstanding Advantages of a Cathodoluminescence Microscope - SPARC
%20imagingRES_270x153.jpg?width=380&name=Image%20Thumbnail%20Technical%20note%20CL%20g(2)%20imagingRES_270x153.jpg)
What is Correlative Light and Electron Microscopy?
Nanoscale optical tomography with cathodoluminescence spectroscopy, as seen on the cover of Nature Nanotechnology 10, 429–436 (2015)
PMT image of quartz in sandstone
Close-up panchromatic PMT intensity image of a zircon grain.
Samples courtesy of Prof. Jens Jahren, University of Oslo
PMT image of quartz in sandstone
PMT image of quartz in sandstone
Close-up panchromatic PMT intensity image of a zircon grain.
Close-up panchromatic PMT intensity image of a zircon grain.
False color RGB image visualizing the CL contrast between the material in the crack and the surrounding grain of a sedimentary rock sample
PMT image of quartz in sandstone
Close-up panchromatic PMT intensity image of a zircon grain.
PMT image of quartz in sandstone
Photonic crystal
False color RGB image visualizing the CL contrast between the material in the crack and the surrounding grain of a sedimentary rock sample
Angle-resolved cathodoluminescence spectroscopy
PMT image of quartz in sandstone
PMT image of quartz in sandstone
PMT image of quartz in sandstone
Close-up panchromatic PMT intensity image of a zircon grain.
Samples courtesy of Prof. Jens Jahren, University of Oslo
Close-up panchromatic PMT intensity image of a zircon grain.
Samples courtesy of Prof. Jens Jahren, University of Oslo
PMT image of quartz in sandstone
Rat Pancreas.
Sample courtesy: B.N.G. Giepmans & P. de Boer, UMCG
Hela Kyoto cells stably expressing GalNAC-T2-GFP and Histone 2B-mcherry.
Sample courtesy: P. Ronchi & Y. Schwab, EMBL
Hela Kyoto cells stably expressing GalNAC-T2-GFP and Histone 2B-mcherry.
Sample courtesy: P. Ronchi & Y. Schwab, EMBL
Neuron cells with actin labelling.
Sample courtesy of J. Martinez-Hernandez.
Diatoms labelled with Nile Red.
Sample courtesy of D. Falconet.
Labelled nanoparticles in a nanogel.
Sample courtesy of M. Rippe.
Endothelial cells labelled for von Willebrand Factor (red) and actin (green).
Sample courtesy of M. Mourik, LUMC.
HeLa cells with an mCherry labelling for nucleolin.
Sample courtesy of K. Monier.
Electrodes modified with fluorescent probe.
Sample courtesy of K. Gorgy
Skin cells with silver nanowires and Hoechst.
Sample courtesy of S. Lehmann.
Trypanosomes
Sample courtesy of H. Schwarz.
Localization of the lipid diacylglycerol within cellular membranes of HeLa cell expressing GFP-C1.
Sample courtesy C.J. Peddie Francis Crick Institute
Thin section of mouse intenstine.
Sample courtesy of T. Kurth, Tech. Univ. Dresden.
Pancreas beta cells with secretory granules tagged in red (MCherry).
Sample courtesy: Y. Schwab, EMBL Heidelberg.
Overlay of fluorescence and electron images of microbes in the marine environment.
Sample courtesy: S. Littmann, MPI Bremen.
Overlay of fluorescence and electron images of microbes in the marine environment.
Sample courtesy: S. Littmann, MPI Bremen.
Projection neurons in a songbird brain.
Sample courtesy of T. Templier and R.H.R. Hahnloser, Univ. of Zurich and ETH Zurich.
Trypanosomes.
Sample courtesy of H. Schwarz.
Dendritic cells with 250 nm bodipy bismuth (red) PLA nanoparticles.
The Main Benefits of Correlative Light and Electron Microscopy on SECOM platform
What is time-resolved cathodoluminescence?
How Does Correlative Microscopy Work?
New solution for time-resolved cathodoluminescence: LAB Cube
JOLT: the cathodoluminescence intensity detector which enhances your research
What is Cathodoluminescence?
