The soleus and the triceps biopsies form two distinct clusters while the vastus is more spread.
The problem is dealt with by accounting for two distinct cluster mass distributions, the first one describing the free clusters, while the second one the deposited aggregates.
The nuclear energy loss results in the creation of point defects and clusters, while the energy transferred to the electrons results in the creation of high electronic temperatures, which can affect the damage evolution.
In general, the Cu atoms tend to form agglomerates located near the center of gravity of the clusters while the Pt atoms tend to lie further away from the center of gravity and separated from each other.
Mössbauer spectroscopy shows that hyperfine field at 57Fe nuclei changes with Co substitution of 57Fe in the nano-sized binary clusters while the blocking of superparamagnetic relaxation occurs when the Co concentration increases in the alloy clusters.
It is obvious that the proposed method has efficiently restored the noisy clusters, while the other methods have failed.
And like stars, venture-backed companies tend to originate and co-exist in clusters, while the physical space between these groups is largely empty.
Over time, the overdense regions will be much more likely to grow into stars, galaxies and clusters, while the underdense regions will be less likely to do so.
We found that the LongSAGE tag maps up to 15 UniGene clusters, while the ShortSAGE and tSAGE tags map up to 279 UniGene clusters.
It shows that RMSSTD, RS, CH, I, and S_Dbw correctly reach their optimal number of clusters, while the others do not.
Figure 1 presents the most stable structure of Aln clusters while the corresponding spin multiplicities (Ms) and dipole moments are summarized in Table 1.
