Thermostated spray chambers, two-step desolvation systems, multi-step desolvation systems, desolvation systems based on the use of membranes, radiative desolvation systems, and desolvation systems for the analysis of microsamples are the main designs of the solvent reduction systems.
Second, the confinement effect can promote desolvation of hydrated ions.
BSA-NPs were prepared by the desolvation method.
Meanwhile, the limit of desolvation could be noted.
HYDE describes consistently hydrogen bonds, the hydrophobic effect and desolvation.
In summary, BSA-NPs were fabricated via a desolvation method.
Cone voltage was 25 V, desolvation gas temperature was 450°C and desolvation gas flow was 600 L · h-1.
The mass spectra were measured under the following conditions: ESI negative ion mode; desolvation temperature, 350 °C; desolvation pressure, 35 psig and desolvation gas flow, 12.01 ml/min (6120 Quadrupole, Agilent Technologies).
The ESI conditions were as follows: capillary voltage, 2800 V; source temperature, 120 °C; desolvation temperature, 200 °C; cone voltage, 40 V; desolvation gas flow, 600 L/h.
The XRPD pattern of solvate-VII after desolvation reveals that the pattern becomes same to that of the original sample indicating it has converted to drug after desolvation.
The desolvation temperatures account for the stability of solvates as the desolvation temperature in all these forms is much higher than the boiling point of the corresponding solvent.
