Sentence examples for design demonstrated that from inspiring English sources

Structure-based design demonstrated that PIF15 offers improved target specificity as compared to PIF9.

The 25 factorial design demonstrated that the physical factors (pH and moisture) and nutrient factors (trehalose, casein, and sodium dihydrogen phosphate) had significant effect on fibrinolytic enzyme production.

The results obtained from the full factorial design demonstrated that the sample pH and sample flow rate variables, and their interactions, were statistically significant.

Two level full factorial design demonstrated that moisture, pH, fructose, yeast extract and ammonium sulphate have significantly influenced enzyme production (p < 0.05).

The central composite design performed corroborated the negative influence of the w/b ratio on the compressive strength and also the design demonstrated that it is possible to replace 10% of cement with TWA using a 0.5 w/b ratio and achieve a compressive strength 51% higher than the control mixture (100% cement) at 28 days.

Background: A pilot study (Baradell, 1995) employing a retrospective design demonstrated that outpatients (N = 100) of psychiatric clinical nurse specialists (CNSs) reported significant improvement in clinical symptoms and quality of life and reported a high level of satisfaction with care.

The results obtained from the proposed design demonstrate that melt convection may be controlled by adjusting the design parameters.

A comparison on the objective values of the optimal solution xo with that of the initial design demonstrates that the objective robustness is also improved since d W is decreased after optimization.

The design demonstrates that it is possible to differentiate between particles experiencing an altitude change resulting from either a positive or negative dielectrophoretic force in a microfluidic channel.

This design demonstrates that by coupling multiple optical mechanisms on a single oxide coated fiber sensor, simple platforms can also achieve multi-component sensing functionality without the added complexity of a sensor array.

The in situ Automated Rock Thin Section Instrument (IS-ARTS) conceptual design demonstrates that the in situ production of thin sections on a planetary body is a plausible new instrument capability for future planetary exploration.