Blog
The Working Principle of a Mass Spectrometer
Updated: Originally published 14/02/2018 The analytical technique of mass spectrometry has a broad range of uses including to identify unknown...
Plasma Engineering: What is Electron Cyclotron Resonance?
Electron Cyclotron Resonance (ECR) is an advanced excitation method used in plasma engineering. The underlying principle of ECR is explained by...
Molecular Beam Gas Analysis with Hiden Analytical
Molecular beam mass spectrometry (MBMS) is used for quantitative gas analysis of reactive species and intermediates formed in various processes. Gas...
Solar Cell Thin Film Analysers from Hiden Analytical
Solar cell thin film analysers are used to facilitate research and development (R&D) into novel photovoltaic architectures by monitoring the...
Exploring Spectrometers for Thin Film Applications
Successful engineering of a thin film structure through semi-modern manufacturing techniques was first reported as early as the 1800s. Oil-sealed...
Fermentation Process Monitoring with Off-Gas and Dissolved Gas Analysis
Fermenters are used to accelerate the metabolic reactions within heterogeneous systems and promote population growth of desirable fungi and...
Outlining the Applications of the UHV-TPD Workstation
Ultra-high vacuum temperature desorption (UHV-TPD) or thermal desorption spectroscopy (UHV-TDS) studies are performed to observe and quantify the...
How to Analyse the Top Nano Layers of a Material
Quadrupole mass spectrometry is used extensively in the electronics sector to assess the functionality of surface materials and the performance of...
What is Surface Interface Analysis?
In materials science, a surface interface refers to the boundary region between air or a vacuum and physical media. The atomic composition and...
