Sentence examples for surrogate experiment from inspiring English sources

For the TDS surrogate experiment, two continuous flow experiments were performed.

In the first continuous flow test of the TDS surrogate experiment (Fig. 2a), where PW 1 was used as a contaminating source of TDS, the mean EC of the background test conducted prior to the experiment was 81.8 µS/cm with a standard deviation of 0.39 at water temperature of 22.5 ± 0.13 °C.

The EC value then gradually increased by time during both the first and second TDS surrogate experiments and reached 204 and 131 µS/cm, respectively, within 2 h.

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.

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.

A period of steady state during the methane surrogate experiments was reevaluated by linear regression and statistical analysis methods suggested by Yum and Peirce (1997), then distributions of two datasets, background data and steady state data, were compared to investigate possible surrogates that could detect shifts of methane concentrations in water.

Few in vitro or non-mammalian surrogate experiments accurately or adequately duplicate, or recapitulate the full physiology of the animal model for fracture research purposes.

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.

Jet A POSF 4658 and n-dodecane/iso-octane/n-propylbenzene/1,3,5-trimethylbenzene (2nd generation surrogate) oxidation experiments were conducted in a shock tube at high pressures and at fuel lean and rich conditions to verify if the formulated surrogate fuel emulates the combustion characteristics of the jet fuel.

Ongoing work in our laboratory is focused on reducing silicone background for passive sampling devices through additional solvent precleaning prior to deployment, and through surrogate correction experiments.

This type of phase-locked activity may therefore give rise to systematic effects among pairs of channels that were eliminated in the surrogates of Experiment 2. Against this background, the effect of AR on synchronized interval durations was observed.