The more careful writers explained that actually the experiments consisted of capturing all the information about some light rays in a soup of atoms and laser beams; this information could be used to reassemble the rays later and send them on their way.
All experiments consisted of six samples from each group.
However, their experiments consisted of finding the low velocity gas flow effect.
The first set of experiments consisted of observation of spontaneous mortality for each ligation length.
The counterparts in the experiments consisted of the AFM tip and the top surface of nanotubes.
Therefore, the natural gas used in experiments consisted of methane and carbon dioxide with a volume ratio of 8 1.
Experiments consisted in drilling holes Ø10 D10 (( _{+0.040}^{+0.100} )) mm whereas the error was taken into account by accuracy tolerance.
The experiments consisted of three parts: 1) visual-only condition, 2) audio-only condition, and 3) combined audio-visual condition.
Their experiments consisted of three homogeneous layers and they found that most of the displacement took place in the high-permeable layer, not in the low-permeable layer.
The experiments consisted of 3 kg of DC-amended soils in planter pots (15 cm × 15 cm) arranged in completely, randomized block design (CRBD).
As in the previous two experiments, both experiments consisted of four blocks of 50 trials, each with a different tracking set size (N) 2, 4, 6 or 8.
