Applications

The catalogue showcases Hiden's solutions for analysing dissolved species in liquids.

BioChromato show how their ionRocket sample preparation device, used in combination with DART^®-MS, enables routine analysis of low solubility, high molecular weight compounds.

This application describes breath by breath analysis of expired isoprene during exercise.

A convenient, non-destructive way to determine the composition of syngas is to use mass spectrometry, which can identify the gases and measure the compositions in real-time.

The deviation of the N₂, Ar concentrations from equilibrium are known to be indicative of the important biological and physical processes taking place in the marine and aquatic biological environments and can be measured by membrane inlet mass spectrometry (MIMS).

The landscape of controlled substance analysis is changing with compact mass spectrometers. With the growing risk of exposure to fentanyl and its analogues, there is a need in law enforcement and decontamination services for analysis that is fast, dependable and can be operated with little to no training.

This application note shows an example of peptide sequencing in a standard mixture, diluted and directly infused into the API inlet.

The landscape of controlled substance analysis is changing with compact mass spectrometers.

This application note describes the measurement of NO₂ using the m/z 46 peak and the NO/NO₂ ratio in a research application.

Detection of low levels of NH₃ in H₂O rich gas streams is important in a number of application areas such as Refrigeration, Chemical Industry, Automotive and Energy Production

A quadrupole mass spectrometer is a convenient and powerful method of measuring and monitoring both the compartment integrity and also the chemical composition of the atmosphere in gloveboxes.

The use of VOCs as a real-time marker in human breath for physiological events such as lactate threshold, and oxidative stress is a challenge for conventional “off-line” gas analysis equipment, suc

MetID typically requires analysis of mass spectrometry (MS) data to identify metabolic “hot spots” and elucidate biotransformation pathways. This remains the primary challenge despite significant instrumental and software advances. MetaSense™ overcomes these challenges and allows users to save time and improve collaborations.