This study investigates the impact of micronization on the measured surface energy
characteristics of an active pharmaceutical ingredient (API), Ibipinabant, by inverse gas …

The aim of this study was to investigate the applicability of surface energy characterization
tools such as inverse gas chromatography for the analysis of binary systems. Drug …

Objectives The objectives of this project were the use of surface energy distributions in:
distinguishing the effects of magnesium stearate on the surface energy of lactose processed …

Inverse gas chromatography (IGC) was employed to characterise the surface
thermodynamic properties of two nominally equivalent batches of salbutamol sulphate and …

A computational model to predict the relative energy site contributions of a heterogeneous
material from data collected by finite dilution–inverse gas chromatography (FD-IGC) is …

Inverse Gas Chromatography (IGC) provides a powerful tool for assessing the surface
energy of powders by using different chemicals as probes. Finite Dilution Inverse Gas …

Powders are complex systems and so pharmaceutical solids are not the exception.
Nowadays, pharmaceutical ingredients must comply with well-defined draconian …

The surface energetic parameters of carbamazepine and paracetamol have been studied
using inverse gas chromatography modified to produce dry and ambient conditions within …

Purpose. Inverse gas chromatography (IGC) is rapidly gaining popularity as a method for
assessing powder surface energy. It is vital to understand what IGC measures if results are …

Surface properties can profoundly impact the bulk and interfacial behavior of pharmaceutical
solids, and also their manufacturability, processability in drug product processes, dissolution …