EKBs for Science comprise a series of short guides to the latest techniques, applications and equipment used in analytical science and research laboratories.
Researchers and technicians working in both academia and industry will find valuable practical information for their daily work as well as educational content on key developments within specialty fields.
Correlative microscopy is not a single technique but a varied collection of techniques that share a common approach. By applying several different microscopy techniques, such as light microscopy and...
Read more
Since its first introduction in the 1980s, atomic force microscopy (AFM) has become a widely-used technique for characterizing a variety of materials surface properties. AFM uses a cantilever with a...
Read more
With any kind of work, it helps to be able to see what you’re doing, but that can be a challenge when working at microscopic scales or below. By taking advantage of a system that combines two...
Read more
Atom probe tomography (APT) offers the enticing prospect of being able to determine the identity and position of nearly every atom in a material, providing the ultimate in elemental analysis. The...
Read more
Ion chromatography (IC)—a form of liquid chromatography (LC)—separates and detects ionic compounds in various samples. This technology is appropriate for a wide range of analytes,...
Read more
X-ray Photoelectron Spectroscopy (XPS) is a mature technique used for studying the surface chemistry of solids. It involves shining X-rays onto the sample to eject electrons from the atoms in the...
Read more
This EKB provides a clear and concise introduction to wavelength dispersive (X-ray) spectroscopy (WDS) as performed in electron microprobes and scanning electron microscopes. WDS has a wide range of...
Read more
Within the field of optical microscopy there are dozens of specialist techniques, all with their own particular characteristics. As a result using microscopes seriously for the first time can be a...
Read more
Lots of materials – both natural and synthetic – are crystalline, with a regular, ordered structure. There is now a powerful technique for studying these materials, which can reveal the...
Read more
Imagine you can determine the elemental composition of a sample without preparation. No need to polish to produce a flat, homogeneous surface, or otherwise grind, dissolve or cut sample material....
Read more
