Sentence examples for mn because of from inspiring English sources

Therefore, the present measurable shift of diffraction peak (about 0.05°) come from doped Mn because of the larger ionic radius of Mn2+ (0.80 Å) than that of Zn2+ (0.74 Å).

The MN Involving leads to adding extra burden on the MN, because of its bounded resources (e.g., memory, processor, power, etc).. Furthermore, this mechanism adds extra overhead in order to reorder the buffering packets and scheduling mechanism to deliver the packets to the destination based on its ordering and priority.

Compared with when VUEs are directly served by macro cells, the SNR is much improved via MNs because of better propagation conditions and the circumvention of VPL.

The betweenness-based node removal is the second best algorithm among the four CNI algorithms, but requires more computation time compared to Algorithm B. The complexity of the random node removal is O(mn) because the complexity of removing a randomly selected node at each step is O(n).

We chose the Medtronic Freestyle (Medtronics, Minneapolis, MN) valve because of its excellent hemodynamics, known durability in adults, and design features that allow modifications during implantation.

Influenza virus A/Thailand/1 KAN-1)/2004 (H5N1) was selected for the MN assay because of its antigenic similarity to influenza virus (H5N1) isolates from humans in Thailand (2 ).

This is because: 1) the vehicle can protect the access link of a MN, because the interference can be significantly attenuated by the VPL; 2) we always consider configuring the ABS patterns for the worst MN in a given area (see Section 6), and there is no noticeable difference in the required ABSs between the considered ICIC schemes.

But I said OK. MN: Because you enjoyed the idea of a pastry-related improv?

Nevertheless, the anemone system still rejects contact by forces that are likely to be produced by prey that are too large (those striking the tentacle at forces of 1.50 mN) because such forces trigger only baseline discharge.

In an ultra-dense urban scenario, however, situations are very different for both the backhaul and access links of MNs, particularly because of different central frequency propagation environments and bandwidths.

We suggest a possible factor: that MNs, in part because of their complement of excitatory receptors and Ca2+ handling characteristics, are unusually prone to oxidative stress, which may promote aggregation and misfolding of proteins.