The pore size in the experiments is distributed continuously between 20 nm and 100 nm (Ji et al. 2012a, b), and the methane isosteric heat obtained from the experiment reflects the synthesis results obtained for the sample with a continuous distribution of pore sizes.
The tens of petabytes that are generated per year per experiment are distributed to scientists located across the globe and motivated the development of the so-called Worldwide LHC Computing Grid (WLCG) (23).
For the iron overload experiment, cells were distributed between twelve 6-well flat bottom plates (Sarstedt, Nümbrecht, Germany), 5 fish per plate, 2 ml per well (5 × 106 cells).
For in vivo experiments, the animals were distributed into various treatment groups randomly.
For the experiments, the cells were distributed onto 6 well plates (Corning, New York, USA).
To find out, we conducted a behavioral experiment in which players were distributed on a lattice.
Groups 2, 4, and 6 received 30 μl of dried polyethylene particles (2 × 108 particles per 1000 μl; the dosage was established through previous experiments [ 5, 23]) which were distributed over the periosteum using a sterile sharp surgical spoon.
In Experiment 1B (Fig. 2B), stimuli were distributed randomly over a 7×7 grid spanning 17.1°×17.1° excluding the center 3×3 positions (4.8°×4.8°).
Deidentified aliquots of cell lines were distributed for use in the experiments described.
Explants were distributed evenly between the wells per experiment with a maximum of five per insert.
