Sentence examples for efficient in enhancing from inspiring English sources
FRP jacketing has been found efficient in enhancing the ductility, deformation and energy dissipation capacities of heat-damaged columns.
Nonetheless, using GFRP jackets with the lower confinement modulus proved to be, compared to CFRP jackets, less efficient in enhancing the axial behavior of the heat-damaged columns.
On the other hand, alumina seems not efficient in enhancing the heat capacity of potassium nitrate since its curve is always below KNO3 curve.
Furthermore, InP grown at a low temperature by gas-source molecular beam epitaxy was proved to be even more efficient in enhancing QWI.
With proper numbers of primary hydroxyl groups, secondary hydroxyl groups and backbone length, polyols could be efficient in enhancing performance of this cross-linking system.
The cyanobacterial strains belonging to the genera Nostoc and Anabaena comprised 80% of the rhizosphere isolates, which were also efficient in enhancing the germination and growth of wheat seeds and exhibited significantly high protein accumulation and IAA production [12].
This strategy proved to be an efficient technique in enhancing the predictions and complementary to the finite element methodology.
Moreover, the electrocatalytic ability and chemical activity of graphene were highly desirable for DSSCs; therefore, graphene and its composites (graphene and conducting polymers, sulfides, nitrides, and so on) were believed as an efficient route in enhancing the electrical and electrochemical performances of DSSCs [23 25].
The most efficient foaming formulations were screened for core flood studies where their efficiencies in enhancing oil recovery were tested.
In CL-20-based composites, polymer coating plays an efficient and economical role in enhancing the mechanical and thermal resistance of explosive crystals, and graphite is a helpful ingredient used in composites [5, 6].
The parameter settings via ANOVA and DOE methodologies provide an efficient approach not only in enhancing the adsorption/photocatalysis hybrid performance but also tuning the optimal controlling factors for preparation of the composite photocatalysts, based on economic and robust-design viewpoints.
