Sentence examples for mobility difference between from inspiring English sources
Electrophoretic mobilities shift at different ionic strengths, and the mobility difference between ss- and dsDNA increases as ionic strength increases.
The values of TH1ρ indicate that the PCL present in the blends exists in both crystalline and amorphous phases; the mobility difference between these PCL phases is clearly visible from the TH1ρ data.
In general the microstructural instability measured as the size of the reaction zone increased with the increase in composition difference between the two initial alloys and in atomic mobility difference between the diffusing species.
The above results demonstrate that, under high temperature and high salinity condition, nitrogen foam still can act as a promising economical method for improving the mobility difference between water and oil by applying appropriate injection parameters.
Proteolytic digestion studies localize the resulting structural alteration in the mobility difference between wild-type and secreted HLA-A2 to a region near the carboxy terminus of the HLA-A2 heavy chain; however, their extreme carboxy termini appear similar, if not identical.
The mean mobility difference between alleles was 46.5, 42.3 and 27.3 units for the three FLRs.
Reducing the length of lncRNA allowed us to use higher percentage gels for EMSA, giving increased resolution and allowing mobility differences between different protein-RNA stoichiometric species to be seen.
The mobility differences between the crystalline and amorphous phases of PCL are clearly visible from the T1ρ(H) data.
We experimented with other cut-offs; more broadly defined local areas lessened the mobility differences between local and non-local Māori.
Despite significant phylogenetic, ecological, and mobility differences between these species, all four showed similar and significant reductions in gene flow over relatively short geographic and temporal scales.
Finally, in Figure 15 a comparative diagram shows the mobility differences between healthy and pathological conditions, with values of 19.4% for flexion, 23.3% for extension, 29.1% for lateral bending, and 10.3% for axial rotation.
