Sentence examples for optimum test from inspiring English sources

The confirmation tests corroborated the theoretical optimum test conditions.

Application of ideal gas law under optimum test conditions revealed a sequestration potential of 29.47 kg of CO2 per tonne of steel slag.

The optimum test protocols for electromagnetic calibration of the components were determined by optimizing parameters such as actuator design, tool material, press force, and capacitor discharge energy.

We have conducted optimum test per phases and it was found out that the best result was achieved when we have used an ideal quantity ratio of Alendronate and PEO in 1 0.1.

For the case when (w_{m,1}^{l}) and (w_{m,2}^{l}) have equal a priori probabilities, then according to the ML criterion, the optimum test statistic is the likelihood ratio (left (Lambda =pleft ({y_{m}^{l}}|w_{m,1}^{l}right)/pleft ({y_{m}^{l}}|w_{m,2}^{l}right)right)).

Similarly, in Jorjani' study (2004), it is indicated that after exposed to microwave irradiation under the optimum test conditions, the bond energy between C S and Fe S in coal is weakened, which makes the bond more liable to break down by hydrogen peroxide acid washing.

Optimum testing conditions for rolling abrasion were established by varying the test parameters and resultant severity of contact.

The superplastic behavior of some particulate reinforced aluminum alloy based composites and the corresponding monolithic aluminum alloys was compared in view of strain rate, optimum testing temperature and the relationship between flow stress and strain rate.

The S N curve of the 8090 Al Li alloy was measured using the optimum testing geometry in the four-point bend, and it was found to be consistent with that reported in the literature.

This work presents a systematic study of the influence of all these testing variables on the TPO profile, and the optimum testing conditions to obtain good reproducibility during the kinetic study.

It was found that values of t/h and L/t between 1.2 and 1.5 and between 4 and 5, respectively, were the optimum testing geometry which led to a relatively uniform stress distribution consistent with the value calculated by beam theory.