Sentence examples for determining glass from inspiring English sources

Differential scanning calorimetry and thermogravimetric analysis were employed for determining glass transitions, melting points, heats of melting and decomposition temperatures of the oligo ester amide)s.

A methodology for determining glass formation in a 5-component iron phosphate base glass system that contained P2O5, Fe2O3, Al2O3, Na2O and SO3 has been developed using a standard 5-component D-Optimal Statistical Mixture Design procedure.

Cured formulations were characterized to determine glass transition temperatures by differential scanning calorimetry (DSC).

Using this "critical" defect concentration, the predicted temperatures at which the glass transition is expected to occur are in good agreement with the experimentally determined glass transition temperatures for both alloy systems.

Partial miscibility was established by a comparison of the experimentally determined glass transition temperatures (Tg) with those estimated by an equation formulated from a completely miscible amorphous polymer system.

The chamber temperature and the water content of the dried film made of maltodextrin, gum arabic or sugar cane molasses, were determined at the instant of detachment from the solid surface and compared with an empirically determined glass transition temperature curve.

Differential scanning calorimetry (DSC) was carried out to determine glass transition temperatures of the emulsion polymer films using TA instrument Q100 DSC (TA Instruments, New Castle, DE, USA).

These values, in turn, are close to the calorimetrically determined glass transition temperatures (cf. Fig.  2), pointing to the good consistency between calorimetric and DRS measurements.

Glass forming ability of the compounds fared similar in the critical cooling rate experiments, suggesting that different factors were determining the glass forming ability and subsequent behavior of the compounds in glassy state.

MRI has proved to be a novel technique for determining the glass transition temperature of frozen sucrose solutions, in the concentration range where calorimetric measurements are not feasible.

This problem is analogous to determining the glass temperature of polymers, which can be a fairly sharp, but continuous 2nd order transition or a broad transition sometimes barely detectable in complex mixtures.