Introducing Monarc® Pro T, the next-generation system for optically-coupled transmission electron microscopy (TEM) revealing structural, optical, and electronic properties of materials far below the optical diffraction limit.
- Delivers the sharpest cathodoluminescence (CL) images and spectra: Uses proprietary mirrors (solid angle up to 7.3 Sr) for outstanding light collection, producing spectra with sub-meV energy resolution with an aberration-corrected spectrograph
- Turns any microscope into an optically-coupled microscope, enabling in-situ discovery of photoactive catalyst reactions: Ensures consistent illumination over a 150 μm field of view with an optical system integrated into a TEM holder
- Simplifies the workflow for multimodal analysis: Uses eaSI technology to deliver the most efficient and effective workflow for your advanced STEM experiments
Model 466
Datasheet
An example of why it is so important to correlate the structural and optical properties of semiconductor nanorods directly
Nano-cathodoluminescence reveals the effect of indium segregation on the optical properties of nitride semiconductor nanorods
Mapping the electronic bandgap of semiconductor compounds with milli-electron volt accuracy
