"mobile phase modifier" is a correct and usable phrase in written English.
It is a technical term commonly used in the field of chemistry and chromatography, specifically in reference to the liquid or gas used to carry the sample through the chromatography system. It can also be used in other scientific contexts where a liquid or gas is used to carry compounds or particles. Example: "The effectiveness of the mobile phase modifier is crucial in achieving accurate and precise separation of compounds in chromatography."
Furthermore, the influence of solvent composition using PEG as a mobile phase modifier is investigated.
Unconventional mobile phase modifier dichloromethane (DCM) was applied to improve the sample solubility.
We also evaluated the effect of non- ionic surfactant, Brij-35, which used as mobile phase modifier in MLC, on CL emission.
The effects of operational parameters such as mobile phase modifier concentrations, mobile phase flow rate, heating block temperature and drying gas flow rate were evaluated by the 24 − 1 fractional factorial experimental design, resolution IV, in the screening phase and by Doehlert experimental design.
Carboxymethyl-β-cyclodextrin was also recommended as mobile phase modifier improving efficiency of the process [ 11].
Thus, alterations in the various UHPLC parameters, including the mobile phase modifier, flow rate, and column temperature, were investigated.
The effect of different mobile phase modifiers, such as phosphate, sulfate, lactate and borate, were also investigated.
The SST approach was modified for NPLC by redefining the triangle apices to reflect the localization, general adsorption, and basicity of NPLC mobile phase modifiers.
Column separations were carried out using selective displacers and mobile phase modifiers identified in the batch experiments, and baseline separation of the previously unresolved protein pairs was achieved.
Mobile phase modifiers were also shown to play a crucial role, augmenting the selectivity of a displacer in a synergistic fashion.
This work establishes a new class of separations which combine the selectivities of multi-modal resins, displacers/eluents, and mobile phase modifiers to create unique selectivity windows unattainable using traditional modes of operation.
