Sentence examples for the largest radius of from inspiring English sources

The largest radius of a cluster was covered by a gateway, defined by, and approximated by multiplying the range of each sensor node,, with the number of hops to the gateway,, that is,.

(Delta _{S_{i}}=S_{i}-S^{prime }_{i}, iin {1,2}), and δ s represents the largest radius of the enclosed circle in the region associated with a specified singular fade state in which it can be removed by the clustering.

The statistical analysis of radii of gyration for 3413 protein structures from four general structural classes (all-α, all-β, α/β, α+β) demonstrates that each class of proteins has its own class-specific radius of gyration, which determines the shape of protein structures: α-proteins have the largest radius of gyration while α/β-proteins have the least radius of gyration (see Figure 1).

The largest radius of all sequential sections was denoted as the radius of the pellet, rmax.

The largest radius of 500 metres was chosen based on studies that modelled the dispersion of traffic pollution [ 16, 17].

Under certain conditions an elution inversion (with the molecules with the largest radius of gyration being eluted first) was observed.

Variables measured at the largest radii of landscape context (500 m) were never significantly associated with the abundance of small mammals.

The XRD peaks of Zr-doped VO2 shifted towards small angles as the amount of zirconium increased, indicating an enlargement of lattice constants, which can be attributed to the larger radius of Zr4 + ions.

The cutting process by local anodic oxidation under the AFM tip is a similar process, but due to the different physical interaction mechanisms of the STM and AFM tip with the substrate, and due to the larger radius of the AFM tip, the resolution of AFM lithography is poorer.

With the larger radius of Na+ substituted for the smaller radius of Li+, it is found that the bond length of LiO is reduced from 2.0801 Å to 2.0781 Å, which is helpful for stabilizing the structure of LiCoO2 and improving the cycle capability at high voltages.

On one hand, due to the larger radius of K+ ion, K2TP exhibits more stable lattice architecture than Li2TP for the better size matching between cations and anions; On the other hand, K+ ion in K2TP could remain electrochemical inertness even its standard redox potential (−2.931 V) is higher than Li+ ion (−3.040 V).