Sentence examples similar to flashing experiments and from inspiring English sources

The objective of Phase IV of the JIP was to generate experimental rainout data for non-flashing experiments, and to develop recommendations for the best methodology to predict rainout [total rainout mass and its spatial distribution ('distributed' rainout)].

For the multi-flash experiments B6_cytc and B6_P (panels F and H, respectively, of figure 5), the main difference between the experiments and the simulation is that the height of the flash-induced spikes decreased during the first few cycles while their amplitude was roughly constant in the experiment.

These range from the picosecond time-scale for electronic excitations in the LHCs and RCs probed by single flash experiments over association and dissociation reactions on the millisecond range up to quasi steady state conditions under constant illumination.

The mechanism of the photodegradation in the presence of Na4W10O32 is investigated by nanosecond flash-photolysis experiments, and is compared to the one proposed for TiO2.

This may explain why in the simulated flash experiments (A7_cytc, B6_P, and B6_cytc) the oxidation states of the cytochrome c and of the special pair decay faster than in the experiments.

In addition to the fact that APC is among the top list of the comprehensive Ago IP/microarray experiments, our results of the luciferase assays, Western blots including the analyses using the anti-miR-142-3p anti-miR-142-3p anti-miR-142-3p anti-miR-142-3p42 strongly upreguland TOP activity oFlash canonical Wnt signaling pathways.

Those experiments investigated the role of the protein PufX and covered a wide range of time-scales from fast single-flash experiments over multi-flash scenarios to quasi steady state conditions.

Simulations compare well with laser flash experiments performed on UO2+x.

Both simulations compare well with laser flash experiments in recently published literature.

After determining an optimal set of kinetic and biophysical parameters for the chosen experiments with an evolutionary algorithm, our molecular stochastic simulation model can now reproduce the observed dynamics over a wide kinetic range from millisecond long single-flash experiments up to quasi steady state conditions.

To reproduce the fast flash experiments this effective reaction has to be much faster than the combined turnover of the two RCs of the dimeric core complex and, to achieve the high observed quantum efficiency of ≥90% of the LHC-RC units, much slower than the exciton transfer to the RCs.