How is Atomic Force Microscopy Used for Energy Research?
Atomic force microscopy is a decent candidate as a characterization technique for energy research because it can locally examine nanoscale electrochemical processes.
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Atomic force microscopy is a decent candidate as a characterization technique for energy research because it can locally examine nanoscale electrochemical processes.
Atomic force microscopy can address many food quality analysis challenges owing to the excellent spatial resolution meaning species such as bacteria can be detected and local inhomogeneities in the food texture can be visualized.
In a pre-proof article posted in Ultramicroscopy, researchers presented combined photothermal and photovoltaic effects produced by light absorption in the visible spectrum by atomic force microscopy (AFM) probes.
A busy start to July saw the Royal microscopical Society’s AFM & SPM Meeting 2022 and Frontiers in Bioimaging 2022 both taking place in the same week, with the RMS congratulating the prize winners at each event. Click to read more...
In this article, we discuss AFM sample preparation, the differences in sample preparation for various types of nanomaterials, and some factors to consider during AFM sample preparation for best results.