This article highlights the fundamentals of ion–solvent clustering processes that are
pertinent to understanding an ion's behaviour during differential mobility spectrometry (DMS) …

The presence of solvent vapor in a differential mobility spectrometry (DMS) cell creates a
microsolvating environment that can mitigate complications associated with field-induced …

The effects of liquid and gas phase additives (chemical modifiers) on the ion signal
distribution for Substance P (SP), recorded with a nanoelectrospray setup, are evaluated …

On-demand electrospray ionization from different liquid channels in the same emitter was
realized using filamented capillary and gas phase charge supply. The solution sub-channel …

Ion suppression is a known matrix effect in electrospray ionization (ESI), ambient pressure
chemical ionization (APCI), and desorption electrospray ionization (DESI), but its …

Differential mobility spectrometry (DMS) separates ions based on mobility differences
between high and low electric field conditions. To enhance resolution, solvents such as …

The photophysics of biochromophore ions often depends on the isomeric or protomeric
distribution, yet this distribution, and the individual isomer contributions to an action …

Electrospray ionization (ESI) enables coupling between liquid chromatography (LC) and
mass spectrometry (MS). Since it is a gentle ionization method, it is frequently used for the …

Crude oil is probably the most complex natural chemical mixture processed in various ways
to make fuel and fine chemicals among a wide range of products in industrial processing …

While developing a DMS-based separation method for beer's bittering compounds, we
observed that the argentinated forms of humulone tautomers (ie,[Hum+ Ag]+) were partially …