The higher values mean that the AFM can react faster to changes in the sample topography. If they are too high, then there will be feedback oscillations that can result in image artifacts. The most ...

Many AFM modes may be used to measure nanoparticle physical properties such as magnetic fields, mechanical properties, electrical properties, and thermal conductivity. A specialized AFMWorkshop ...

This video presentation from Bruker Nano Surfaces shows the possible AFM (atomic force microscopy) modes and their nanomedicine applications. The webinar also details how an AFM can functionally ...

Now, researchers at IBM's Zurich Research Laboratory and Utrecht University have shown that an AFM operated in non-contact mode can surpass the imaging capabilities of its elder sibling by ...

The Galaxy Dual Controller not only supports standard AFM modes such as STM, Contact, AC, Phase, MFM/EFM/PFM/LFM, and EC but also gives users the option to enhance the system with more sophisticated, ...

Figure 1: AFM techniques to characterize and manipulate biological systems on the nanometre scale. Molecular interactions make up the basic language of all biological processes. They determine how ...

3D deposition and dissolution of copper on Au(111). 3D AFM images (time series) showing the growth and dissolution of a single Cu cluster. All images have a lateral size of 2 µm × 2 µm and a ...

ResiScope™ III setup is compatible with various AFM modes, including oscillating mode, contact mode, and force spectroscopy.

The nanoIR3 is developed around Bruker’s full-featured AFM, which supports a range of commonly used AFM imaging modes. These include contact, phase, tapping, lateral force, force curves, force ...

AFSEM simplifies correlative SEM-AFM analysis by allowing you to measure the same area with both techniques directly within the SEM, ensuring precise alignment and enhanced insight. Small size; does ...