Mapping very high-energy edges with the GIF Quantum K2 system_Cu & Ni
GIF Quantum K2 is able to map very high-energy edges, including CuK at 8.9 keV and NiK at 8.3 keV.
Mapping very high-energy edges with the GIF Quantum K2 system
EELS from edges greater than 2 – 3 keV has always been difficult, mapped seemed impossible. The exceptional SNR of the K2 counting detector makes this routine even at the nanoscale.
Increased SNR & resolution with the GIF Quantum K2 System
GIF Quantum® K2® system is a high-speed, counting mode, direct detection camera, supporting both energy-filtered imaging and spectroscopy. This video shows the increased SNR and resolution that is ideal for ELNES chemical state analysis.
Minimize surface damage and maintain the integrity of silicon
After plasma cleaning with the Solarus II, there is minimal amorphous surface damage and the sample integrity is maintained. Protocol: hydrogen and oxygen; duration: 5 min; sample: silicon 110; TEM image: TF20.
Remove hydrocarbon accumulation on semiconductor device
After cleaning with the Solarus II system, amorphous surface damage and crosslinking are eliminated. Protocol: hydrogen and oxygen; duration: 5 min; sample: a semiconductor device; SEM image.
In-situ Diffraction studies with the Rio 16
Study crystalline changes when you combine the diffraction, in-situ, and stage tilt capabilities. No artifacts in the individual images & no beam stop required. Record video at up to 160 fps (Rio 16).
Live, full FOV Au sintering
Full resolution, 4k x 4k, large FOV displayed at 20 fps with the Rio 16 camera.
3D visualization of an individual intact chromosome
3D visualization of an individual intact chromosome collected using serial block face SEM (Chen et al., 2017 Sci Adv. 3(7))
Easily manage a large list of tasks
When single-particle screening with Latitude S, only schedule a few tasks to get feedback quickly or schedule the microscope to image every marked area.
Utilize the Latitude S grid-based tool to mark hundreds of contiguous or separate regions for investigation. Then apply templates to rapidly define acquisition patterns for each region and magnification you want to attain during your cryo-EM screen.