Sentence examples for enhanced durability of from inspiring English sources

Various electrochemical analyses were performed to evaluate the enhanced durability of PEDOT:FTS polymer in the highly corrosive iodine/iodide electrolyte under a continuous redox reaction condition.

All these results i.e. accelerated hydration, crystalline C-S-H formation and lower C/S (∼1.9) lead to enhanced durability of cementitious materials.

The enhanced durability of the E-U electrode is attributed to nanofiber structure and interaction between Pd and Pt in the Pd/C@Ptskin catalyst.

The maximum numbers of responders and enhanced durability of the treatment can be achieved based on realistic expectations, proper selection of patients, and complete information on the potential of these devices.

However, the risk of cracking induced by restrained shrinkage and the capillary water absorption is lower in the presence of GRP dust, leading to enhanced durability of GRP mortars when used as supporting role.

The enhanced durability of the Pt/functionalized GC results from the combined effect of the in situ grafted layers acting as effective barriers for the migration of Pt nanoparticles and subsequent their agglomeration on the GC surfaces and the slow-down of the kinetics of the carbon oxidation reaction induced by high degree of graphitization.

Application of Engineered Cementitious Composites (ECC) with self-controlled tight microcracks and self-healing capacities could potentially lead to enhanced durability performance of hydraulic structures even after the formation of cracks under combined environmental and mechanical loadings.

The improved contact zone between aggregate and cement paste, internal curing effects, and the reduced modulus of elasticity are touted as possible contributors to the enhanced durability performance of lightweight concrete (Vaysburd 1996; Ramirez et al. 2000; Wolfe 2008 and others).

Application of the validated factors in service life assessment models indicated increased sensitivity of the models to increased GGBS replacement level while affirming the enhanced durability effect of GGBS when used in combination with limestone cement.

When subjected to an accelerated Cr-poisoning test, the cells with a hybrid catalyst-coated LSCF cathode show excellent peak power density (Pmax of 0.71 Wcm−2) and significantly enhanced durability (degradation rate of 0.0434% h−1 at 0.7 V), much better than those of cells with a bare LSCF cathode (Pmax of ~0.46 Wcm−2 and degradation rate of 0.4% h−1 at 0.7 V).

In this study, low-temperature hydrogen bubbling (LTHB) was conducted to prepare Pt/reduced graphene oxide (RGO) with enhanced durability by the effect of self-catalyzed dehydration of the functional group.