Sentence examples for heat shrinkage from inspiring English sources

In the post-annealing stage, it was found that crystallinity, Tg and tensile strength all increased significantly while the heat shrinkage near Tg sharply decreased after annealing.

Higher hot-stretching temperatures increased the crystal size, glass transition temperature (Tg) and tensile strength, but decreased the elongation at break and the heat shrinkage near Tg.

During in vitro degradation, crystallinity was found to increase with time while the heat shrinkage near Tg and in the supercooling region (Tg

The characteristics of microporous membranes are defined by geometrical parameters (i.e., thickness), microporous structural properties (i.e., micropore size, porosity, and morphology), mechanical properties (i.e., tensile properties and puncture strength), and thermal properties (i.e., heat shrinkage, thermal analysis, and shutdown properties).

As a composition material, the concrete's hydration heat, shrinkage, permeability and creep will decrease, whereas the strength, elasticity modulus and anti-cracking will increase with the increase of coarse aggregate content (Stock et al. 1979; Counto 1964; Hirsch 1962).

Meanwhile, f-MWNTs hinder the motivation of macromolecular chains, resulting in a reduced heat-shrinkage of the composite fibers.

Vaults and containers are made of a very similar concrete composition while the mortar is specifically designed to be pumpable, with low hydration heat, low shrinkage and of low permeability.

For example, "Super high-strength concrete is a major advancement that provides high strength, high stability, high pumping performance, low heat, low shrinkage, low cost, self-curing, self-compacting and self-leveling," he said.

Heat and shrinkage are therefore 5-fold lower for the oligomer compared with methyl methacrylate.

Major advantages of raising any calcium phosphate filler content in PPGLDMA adhesives include further reduction in heat and shrinkage during polymerization and greater potential bone interaction.

The retention of both the ordered mesostructure and macrostructure during heat treatments, shrinkage, and crystallization opens new possibilities for ordered mesoporous materials.