Comparison of 2 TEM datasets acquired from a hydroxycancrinite zeolite using a K3 IS direct detection electron counting camera and a traditional Rio 16 IS CMOS camera.
Low-Dose In-Situ Heating- K3 IS and Fusion
Two minute video revealing alloy dissociation acquired with a K3 IS direct detection camera at an electron dose rate of just 27 e-/Å2/s and a total electron dose of only 3240 e-/Å2.
New CL Modes of Operations for Analysis with Monarc
New capabilities including angle-resolved (AR)CL, wavelength- and angle-resolved (WAR)CL, and polarization filtering.
Up to 5x Higher Throughput (At Same Spectral Resolution)
Best-in-class spectrograph allows larger slits, increasing fluence. Consequential decrease in acquisition times – Previously limited by signal-to-noise ratio. Collect spectra with better resolution and peak-to-background ratio.
Monarc CL Detector: Wavelength Spectrum Imaging
Monarc’s novel wavelength-filtered spectrum imaging mode delivers higher spatial sampling of hyperspectral data, in less time while avoiding drift and electron-dose artifacts. The detector is ideal for geoscience applications.
Monarc CL Detector: Polarization-Filtered CL
Advanced filter wheel with rotatable linear polarizer enables polarization-filtered CL maps, wavelength spectra, angle-resolved patterns, plus wavelength- and angle-resolved spectra. Determine the emission polarization properties.
Automate capture of wavelength and angular distributions with WARCL
Enables parallel detection of wavelength and emission angle from >60% of the emission hemisphere. Delivers almost complete measurement of the emission properties of LEDs and display pixels. Energy-momentum spectroscopy for nanophotonic applications.