The sediment delivery ratio (SDR) was calculated as: SDR = χ i S l flow 1−− P. where: χ i, coefficient of land use; s, slope (m m−1); l flow, average distance from watercourse (m); P, likeliness of connectivity.
The circulating velocity in the tube in V-L-S flow boiling was found to increase with the increase of the overall driving force of heat transfer or temperature difference between the steam and the boiling fluid, and it is higher than that of the V-L flow boiling.
Under the steady-state condition, the effects of the combustor diameter (d), combustor length (L), flow velocity (u0) and fuel air equivalence ratio on the wall temperature distribution were investigated by measuring the detailed wall temperature profiles.
Hatchlings were then transferred to 10 l flow through tanks (19 × 25 × 20,5 cm) with a water temperature of 17°C and a 16 h: 8 h light: dark cycle.
In addition, L flows are defined in the network by randomly selecting L pairs of sources and destinations from the N stations.
Slump flow, V-funnel, L-flow, U-box and compressive strength tests were carried out to examine the performance of SCC, and the results indicate that the proposed method could produce successfully SCC of high quality.
Fish were maintained at 24°C in aerated, 113-l flow-through tanks and monitored one week for survival.
Lobsters were transported in 2×3000 l flow-through tanks on board a commercial fishing vessel chartered for the operation.
These buckets were held within five 2,177 L flow-through circular tanks receiving well water (13.0±2.0°C), and families and strains were randomized among tanks.
During experiment, a group of ten zebrafish was kept in 1∶1 ratio of female and male within a 30-L flow-through circular test aquarium equipped with an activated filter carbon filtration system.
