Following this objective, distribution network operators converge to a small amount of architectures and operation rules depending on the degree of service quality and the initial investment desired.
In contrast, on the Ni/CeZr used catalyst, the formation of small amount of carbon tube-like architectures was detected.
In translucent architectures a small amount of regeneration (e.g. optical electronic optical conversion) is available in the network.
For the purpose of realizing wideband monitoring with a small amount of equipment, the Nyquist folding receiver (NYFR) architecture is proposed and it can realize wideband monitoring using one ADC [5, 6].
This gives the β-cell cluster some room to tolerate perturbation to its architecture, namely, a small amount of random β-cell loss will not lead to significant alteration of the cluster function.
Addition of a small amount of the chiral inducers thus synthesized in this study produced cholesteric architecture.
Nyquist folding receiver (NYFR) is a novel ultra-wideband receiver architecture which can realize wideband receiving with a small amount of equipment.
NT film prepared at 35 V, 45 °C and 10 min had well-defined nanotubular architecture and were composed of TiO2 and a small amount of Ni2O3.
Thereinto, a small amount of carbon remains directly from the biotemplate, acts as a matrix for α-Fe2O3 and helps retaining the porous hierarchical architecture of pollen grains.
With perhaps a small amount of prodding.
