Sentence examples for trapping tests from inspiring English sources

It was found that the O2−, h+ and OH were main active radicals during photodegradation of AFB1 over ternary composites, which was proved by the radical trapping tests and ESR detection.

To probe the photocatalytic mechanism, active species trapping tests are performed over BiOCl0.5I0.5, Bi5O7I and BiOCl0.5I0.5/Bi5O7I, which reveal superoxide radical (O−2) and hole (h+) take dominant roles in photo-oxidation reaction.

To further investigate this aspect we repeated air trapping tests on a series of samples with the same hair geometry (N = 3; r = 3 μm; δ = 1 μm; h = 7 μm; w = 1.5 μm), with a hexagonal array in hexagonal arrangement (6 hairs per side), by varying the head-to-head distance, from 0 to 7 μm (with steps of 1 μm).

Radical-trapping tests indicated that the holes and hydroxyl radicals played major roles in ciprofloxacin degradation.

Specifically, Cu-impregnated SPP with an actual Si/Al ratio of ∼22 and medium mesoporosity exhibited very high performance in cold-start trap tests; desirably adsorbing propene and toluene even in the presence of 10 vol% steam, holding them up to higher temperatures (90 °C for propene and 190 °C for toluene), and furthermore, oxidizing the hydrocarbons.

ADP and TRAP tests were not changed significantly.

In 2000, prospective surveillance was established, including monitoring bird deaths, testing dead crows, trapping and testing mosquitoes, testing horses and hospitalized humans with neurologic illness, and conducting a human seroprevalence survey.

This roughly corresponds with the time when the most mosquitoes from traps test positive for the virus, and the time when the most birds are found dead in Connecticut.

Due to methodical difficulties, it was neither possible for us to determine the underpressure in the traps tested here, nor to evaluate their exact three-dimensional shapes in detail.

As described in Section 6.4, the preparation of quantum states in MAQRO requires cooling the center-of-mass motion of optically trapped test particles close to the quantum ground state.

In particular, it was shown that all elements on the optical bench could passively be cooled to (T_{e}sim 27mbox{ K}), and that the immediate volume around the trapped test particle (the 'test volume') could reach an even lower temperature (T_{e}sim 16mbox{ K}).