The organization primarily serves as a capacity building intermediary for individuals, programs, organizations, networks and funders.
In a program where load serves as a capacity resource, participants commit to load reduction by pre-specified levels when system contingencies arise.
Different from typical macrocells of high power base stations (MBSs) serving as a coverage layer, in Hetnets, small cell access points such as relay nodes, picocell base stations (PBSs), femtocell base stations, and remote radio heads overlaid on macrocells serve as a capacity layer, which bring mobile networks closer to user equipments (UEs), thus enhancing network capacity [6-8].
The experimental results demonstrated that the as-synthesized (PBT/C) composite can realize a total two-electron redox capacity of ∼850 mAh g−1 with half of the capacity delivered at a low potential plateau of 1.25 V in Li+ electrolyte, possibly serving as a high capacity organic anode for Li-ion batteries.
Singer called Apt Pupil "a study in cruelty" with Nazism only serving as a vehicle for the capacity of evil.
BA-treated cells show a reduction in attachment efficiency to polystyrene culture dishes, with a drop in plating efficiency of 34% at 1000 μ M. With 10% FBS serving as a chemo-attractant, the capacity of DU-145 cells to migrate across an 8 μm polycarbonate permeable membrane was reduced by 28 and 89%, by 250 and 1000 μ M BA, respectively.
This is the first report about a spinel manganese oxide that serves as a high capacity positive electrode material for the sodium ion battery.
In each generation, a pool of gametes is produced to which each individual contributes a Poisson-distributed number of copies with mean exp(F − 〈 F〉 + C), where C = (1 − N/ N0) serves as a carrying capacity to keep the population size approximately constant at N0 and 〈 F〉 is the mean fitness in the population.
On the basis of this structural information, the authors proposed that P32 may serve as a high-capacity divalent cation-binding protein within the mitochondrial matrix, may associate with the inner mitochondrial membrane in the presence of divalent metal ions or even regulate pore opening of channels in the inner mitochondrial membrane.
Therefore, the Ni-substituted Na0.67Mn0.65Fe0.2Ni0.15O2 possibly serves as a promising high capacity and stable cathode material for sodium ion battery applications.
It also serves as a platform for capacity building, marketing, bulk purchasing and advocacy.
