Determination of drug-polymer solubility from supersaturated spray-dried amorphous solid dispersions: a case study with Efavirenz and Soluplus®

SEM analysis of sample without clay (Figure 8, sample a) reveals typical spherical particles with an average size of 5 µm, coexisting with larger spherical particles

ical potential difference between the substrate and the over- compressed liquid: at small driving forces we see that liquid particles get initially adsorbed onto the growing

Variation with temperature of the thickness of an adsorbed polymer layer in the collapsed

- This work has demonstrated that renormalized field theory allows for detailed cal- culations of polymer scaling functions, even including the effect of polydispersity and

Polymer adsorption near the surface of a polymer solution : a universal behaviour..

constant temperature the number of zones is conti- nuously decreasing as m is growing ; however the rate of variation is différent for any temperature,. as it is shown in

Modelling the drying kinetics from the initial dilute solution to the dry film needs to know the evolution with the solvent concentration of the saturated

This last step does NOT require that all indicator be converted - best if only a small percent need to be reacted to make the change visible.. Note the