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What Makes X-Ray Fluorescence Chemically-Specific?
X-ray fluorescence (XRF) is a non-invasive analytical method that is used to analyze the chemical and elemental composition of a wide range of materials. Traditionally, this method was used in Geology to determine the elemental makeup of rock, sediments, minerals and other earth samples, but its applications have now expanded.
What is X-Ray Fluorescence?
After a sample has been excited by a primary X-ray source, such as gamma or x-rays, it re...
How Are XRF Results Interpreted?
X-ray fluorescence is a non-destructive analytical method that uses X-rays to identify the elemental composition of a range of materials. It is suitable for analyzing solids and liquids forms of materials such as metals, minerals and plastics and is commonly used in geological, mining and industrial manufacturing industries. Knowing how to interpret the results of XRF is vital for any scientist and in this blog post, we aim to provide an overview of how to do so.
What is XRF?
X-ray fluorescence is produced when a material is excited by high-energy radiation. The fluores...
What is an Evaporation Dish Used for?
An evaporation dish is a crucial piece of equipment used in laboratories and other testing environments to contain samples of liquids that require evaporation. This low dish can safely hold acids, chemicals, and small samples, which are then heated to induce evaporation. This blog post will provide you with a brief overview of what an evaporation dish is and what it is used for.
What is an Evaporation Dish?
Commonly made from borosilicate glass or porcelain, evaporation dishes hold samples so that when evaporation occurs, the remaining residue (a concentrated solution) is contained. These dishes are rounded with a small pouring spout so that any liquids can be re...
