Sentence examples for generation surrogate from inspiring English sources

A model was developed for the 2nd generation surrogate using an existing 1st generation surrogate model (consisting of n-decane/iso-octane/toluene) as the base model and sub-models for n-propylbenzene and 1,3,5-trimethylbenzene were included from the literature.

Comparison of the modeling results for O2 decay to the 2nd generation surrogate experiments and pure 1,3,5-trimethylbenzene oxidation experiments revealed that the surrogate fuel model is capable of predicting O2 decay with a greater degree of accuracy in the 2nd generation surrogate experiments than in that of pure 1,3,5-trimethylbenzene experiments.

Flow reactor simulations of the 2nd generation surrogate fuel experiments showed the surrogate model captures the overall trends of the decay of O2 and the formation of CO, CO2, and H2O.

The experimental work on both the Jet A and 2nd generation surrogate was performed in a heated high-pressure single pulse shock tube at equivalence ratios of 0.46, 1.86 and 0.47, 1.85, respectively.

The modeling results of the 2nd generation surrogate model compared against the experimental data showed good agreement with the mole fractions of CO, CO2, C1 C3 intermediate species and the decay of the surrogate fuel and oxygen.

Comparing the Jet A and the 2nd generation surrogate experiments showed that the surrogate fuel emulates the decay of O2, and the formation of CO, CO2, and C1 C3 intermediate species within experimental errors.

To minimise wear and tear on original documents and help preserve them for future generations, surrogates or alternative formats should be used where available.

Thus, appropriate adaptive strategies of candidate generation and surrogate control are needed to accelerate the convergence of the (1+1 EA.

This generation of surrogate datasets was repeated 10,000 times for each of the pair of distributions to be compared.

Mokeichev et al. (2007) challenged these conclusions, arguing that the generation of surrogate data was insufficiently rigorous.

Specifically, using these two methods in parallel, we systematically measured three key indices of mitochondrial function: sensitivity of the mPTP opening to a Ca2+ challenge, respiration, and H2O2 generation (a surrogate measure of ROS production) in samples prepared from the same muscles of rats.