Blog
How Gas Analyzers Can Benefit Oil Exploration
A hydrocarbon is a naturally-occurring compound composed solely of hydrogen—carbon bonds. They are abundant in crude oil and natural gas deposits...
How Can Gas Analyzers Support Environmental Studies?
Climate change is an enormously divisive issue. It has skeptics and activists alike, with numerous global studies still attempting to accurately...
What is TPR?
Temperature programmed reduction (TPR) is a material characterization process commonly used in catalysis studies to examine the surface chemistry of...
Process Control and Contamination Monitoring with RGAs
Residual gas analyzers (RGAs) are compact quadrupole mass spectrometers that are commonly used for process control and contamination monitoring in...
Detection of Nitric Oxide with a Hiden Mass Spectrometer
Membrane inlet mass spectrometry (MIMS) is a detection and measurement methodology using a mass spectrometer capable of partitioning analytes based...
What is TPO and Why is it Performed?
Temperature programmed oxidation (TPO) is an analytical technique capable of characterising catalysts and is an important consideration for research...
How Gas Analyzers Can Benefit the Automotive Industry
Emissions standards imposed upon auto engineering firms in the US could be set to change, as the Environmental Protection Agency reviews the current...
Depth Profiling for UHV Surface Analysis Applications
Depth profiling is the measurement of the uppermost surface layers of a sample’s chemical content, which is typically carried out in ultra-high...
Analysers for Plasma Research from Hiden Analytical
Hiden Analytical is responsible for the development and manufacture of a broad range of probes and mass spectrometers which can provide detailed...