Page 105 - Application Note News Today

The flowability and filling ability of tablet powders were evaluated by parameters such as angle of repose

Introducing the Bettersizer ST, an automated laser diffraction particle size analyzer designed for industrial QC

In this white paper, Metrohm explains the benefits of using this hyphenated technique for the accurate measurement of HAAs in potable water.

Ion chromatography (IC) is an economical and robust analytical technique that allows public authorities, analytical laboratories, and manufacturers to assess and fulfill these criteria. This flexible analysis technique offers a large range of applications to ensure a high level of quality and safety for infant food.

A large fraction of synthetic organofluorine substances is assumed to be covered by the sum of all adsorbable fluorine in waters (AOF). Measuring AOF is simpler and faster than targeted analysis methods, and also more sensitive than total fluorine (TF) determination (comprising all organic and inorganic F). Measurement of AOF in water samples as an initial screening step gives a fast overview of the actual amount of organic fluorinated compounds present. This can be followed by targeted analy

In this white paper, Metrohm outlines major factors contributing to corrosion, their root cause, and why common monitoring methods are ineffective for detection and prevention. Case studies show how and why an online, multiparameter monitoring approach can more readily mitigate and prevent corrosion in various industries.

Skimmed milk powder and whole milk powder morphology structures were characterized using the Powder Pro A1.

Sartorius describes how to optimize your workflow process to avoid contamination, save time, and improve results.

Graphene is suitable for use in many biomedical applications, including gene and drug delivery. In this application note, Sartorius compares three methods of washing to neutralize graphene oxide—centrifugation with short and long steps, and TFF using Vivaflow ® .

In this application note, Sartorius outlines ultrafiltration of various biological nanoparticles and medical nanocarriers, and provides guidance on selecting the right ultrafiltration device for your lab. The nanomaterials discussed comprise metals, polymers, lipids (in vesicles and micelles) and proteins.