Sentence examples for substantial thermal stability from inspiring English sources

TGA and film annealing tests showed the substantial thermal stability of these highly branched polymers.

The film matrices enriched with Cd exhibit high dielectric property as obtained from the capacitance measurement and substantial thermal stability derived from thermogravimetry and differential thermal analysis.

When taken in the context of previous studies of stabilizing mutations, the results indicate that although FGF-1 is known for generally poor thermal stability, the β-trefoil architecture appears capable of substantial thermal stability.

Although SNAREs selectively drive fusion when complexed with cognate partners (McNew et al., 2000), individual SNAREs readily enter into non-cognate, off-pathway, antiparallel or mis-registered complexes with substantial thermal stability and commensurately low off-rates (Brunger et al., 2009; Furukawa and Mima, 2014).

Comparison of pepsin-treated human type I collagen (hereafter referred to as collagen) with its procollagen precursor revealed no substantial differences in their thermal stability when measured at the same conditions (Fig. 1A,C).

With the co-existence of silica textiles and thermoset polymers, such integrated bi-matrices offer the composites with substantial reinforcement in the mechanical properties and thermal stability.

The many new discoveries have brought substantial improvements and versatility to the synthesis, thermal stability, solubility, and absorption properties of PPGs, as well as improved efficiencies and rates of release.

Residual reactivity of the CC bonds leads to polymer crosslinking, substantial decrease in solubility and some increase in thermal stability.

Substantial improvements in properties such as strength, modulus, thermal stability, flame retardancy, and a decrease in gas permeability at very low filler contents in these nanocomposites as compared to the conventional composites have been reported.

The substantial reduction in oxygen barrier properties in combination with increased thermal stability, tensile strength and chemical resistance properties; the synthesized nanocomposite may be suitable for packaging applications.

In this work, we have developed an efficient fabrication approach leading to dense, smooth, and pinhole-free CsPbBr3 perovskite films with high thermal stability, whose grain boundaries are well passivated in order to achieve not only a substantial LED performance enhancement but a greatly improved stability.