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 …

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

The general theory of electrokinetic phenomena strictly applies to ideal and rigid surfaces or
particles. However, many interfaces are non-ideal with respect to both the surface …

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 …

The behavior of pharmaceutical solids, during either processing or use, can be noticeably
affected by the surface energetics of the constituent particles. Several techniques exist to …

Powders are complex systems with more than one value for surface energy. The presence of
different faces, defects, physical forms and impurities will alter the surface properties. There …

Inverse gas chromatography (IGC) has been employed as a research tool for decades.
Despite this record of use and proven utility in a variety of applications, the technique is not …

This Letter reports a technique of measuring polar surface energy distributions of lactose
using inverse gas chromatography (IGC). The significance of this study is that the total …

Inverse gas chromatography (IGC) at infinite dilution has been widely used to access the
nonspecific surface free energy of solid materials. Since most practical surfaces are …