The AFM is mounted on an inverted optical microscope (Olympus IX71) and is equipped with a closed fluid cell for liquid AFM studies.
The AFM is mounted on an inverted optical microscope (Olympus IX71) and is equipped with a closed fluid cell for liquid AFM studies.
Contact and tapping (AC) mode; lateral force mode (LFM); phase imaging; electric force microscopy (EFM); nanolithography; force curve mode; ramp mode; force mapping mode.
A high-resolution dual-beam focused ion beam and scanning electron microscope.
High-resolution scanning electron microscope equipped with a high stability Schottky field emission gun and a large specimen chamber.
SIMS is the most sensitive surface analytical technique, with detection limits of parts per billion in favorable cases.
High-resolution scanning electron microscope equipped with a high stability Schottky field emission gun and a large specimen chamber.
High-resolution scanning electron microscope equipped with a high-stability Schottky field emission gun and a large specimen chamber and compound electrostatic/electromagnetic immersion lenses.
This instrument is a probe aberration corrected (S-CORR) S/TEM equipped with a cold field emission gun (X-CFEG).
This instrument is a scanning transmission electron microscope equipped with a high brightness and high electron beam current XFEG field emission gun and a symmetrically arranged quadrant XEDS detector system delivering high resolution and high throughput 2D/3D S/TEM imaging and chemical mapping.
Dual-beam focused ion beam and scanning electron microscope equipped with a femtosecond laser and associated scanning and focusing optics.
XPS is a non-destructive, surface-sensitive spectroscopic technique that measures elemental composition at the parts per thousand range.