Sentence examples for rate of layer from inspiring English sources

Figure 5 Packet loss rate of Layer 1 of the proposed PRC versus other UEP approaches after receiving a certain ratio of output packets.

The present study showed that previous investigations which place the lower stability limit of ζ-Hf4N3 −x at around 1200°C were in error due to the low rate of layer growth of this phase by diffusion at low temperatures.

Calculating the water cut by applying the weighted average based on the production rate of each layer, the water cut of the production well at time t is f w ( t ) = ∑ i = 1 k q k · f k w ( t ) ∑ i = 1 k q k · f k w ( t ) Q L Q L, (41 where q k is the liquid production rate of layer k, and Q L is the total liquid production rate of the production well.

The kinetics of the layer formation process and the corrosion process have been determined from the relation between the stationary (ic,0) and non-stationary (ic) corrosion rates and the rate of layer formation (iι) at passive iron in acid solutions.

The simulated spontaneous activity is asynchronous irregular and cell-type specific firing rates are in agreement with in vivo recordings in awake animals, including the low rate of layer 2/3 excitatory cells.

The expression levels of several slow-type muscle protein encoding genes, troponin I type 1 (TNNI1), myoglobin (MB), myosin light chain 3 (myosin myosin heavy chain 7B (MYH7B) and myosin L2B regulatory light chain (MYL2B), were significantly higher in layers than in broilers (Table 1, Figure 3A and 3B), which could contribute to the slower growth rate of layer muscle cells than that of broilers.

Shear rate of layers of oil in relative positions in flow also is important role for the waxing process of wells.

The effect on the reaction rate of layers of inert washcoat placed on top of the active catalyst was investigated.

It means that the flow rate of layers at the same distance from the channel surface increases with increasing channel width.

Mathematical treatments by Mansfield, Point and Villers, and Toda, have provided a satisfactory interpretation of the shape of such crystal faces in terms of nucleation and relatively slow propagation rates of layers of attaching stems.

Then, we need to calculate | U i mul | throughput corresponding to | U i mul | different transmission rate of enhancement layer, and | U i mul | comparisons are need to find the optimal rate to maximize the enhancement layer throughput.