The first Brillouin zone was sampled using a 3 × 3 × 1 Monkhorst Pack grid51.
Air was sampled using portable mini-volume samplers operating in the particulate-sampling mode.
The conformational space of (4 R -9R -9R)-9, the enantiomer arbitrarily chosen for calculations, was sampled using molecular dynamics (MD).
The bromide application rate was 8 g/m2, and the plot was sampled using 100 cm3 steel cylinders after 52 mm of rainfall in 12 days.
A very small portion of total flow was sampled using a specially designed swirl type sampler for gas liquid two-phase flow metering.
Vegetation was sampled using a block and cluster sampling design, registering tree, shrub, forb and grass species frequency, and the standing aerial biomass of the herbaceous layer in a sampling unit=1 ha.
For geometric optimization, the Brillion zone integration was sampled using a 4 × 4 × 8 Γ-centered k-point grid.
The extract was sampled using a DVB/CAR/PDMS SPME fibre (50/30 µm) and analysed with the GC MS method detailed above, with extraction time 60 s.
In addition, the soil-root system was sampled using a soil sampler (diameter 8 cm, depth 15 cm) in each subquadrate.
When the phantom was prepared for scanning at the various contrast ratios, the background volume of the phantom was sampled using a pipette to extract 500 μL of the background volume and placed in vials.
In the case of BP B, the foam was sampled using an inspection shaft, whereas in the case of BP C, both the outlet of the recirculation pump and the drain of every digester were employed.
