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The relative amount of γ form crystallized from the melt is much lower than the one formed in samples of metallocene-made iPP samples with a similar average content of isotactic stereosequences.
For PDMSM, however, the melt is much more strongly structured, and the individual chains have mean square dimensions 40% higher than the ones predicted by the RIS model for the single chain.
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In general, the prevalence of BRCA1 hypermethylation, detected by methylation-specific polymerase chain reaction (PCR) and/or methylation-sensitive high-resolution melting, was much higher than in our study, namely 1 (14%) of 7 (24), 9 (7%) of 132 (25), 2 (28.5%) of 7 (26), 43 (21.5%) of 200 (27) and 28 (11%) of 255 patients (28), respectively.
The potassium activity coefficient calculated from experimental data as a function of temperature and the composition of the melts is much greater than unity.
However, as is the case for fluids, when magmatic activity occurs where conditions are sufficiently reducing to nitrogen to ammonia and ammine groups (somewhere near the hydrogen fugacity defined by the magnetitie wüstite H2O redox buffer; see Mysen et al. 2008), this may change because the solubility of reduced nitrogen in silicate melts is much greater than oxidized nitrogen.
If the melting temperature is much higher than the temperature of the solution, the barrier is large, shrinking to zero when the melting temperature and solution temperature become identical.
The addition of rare earth oxide (La2O3) to molten carbonate is much more effective in reducing the solubility of NiO.
The results reveal that for a ceramic powder particle, its experienced heat power from melting pool is much greater than that from arc space during the powder PTA surfacing.
This difference in melting concentrations is much smaller than the one between 5 and 20 mM C12 incubation with Aβ42 (Figure 7C) indicating thermodynamic stability of the aggregates contributed to the difference in large part and not just the shielding effect of NEFAs.
It has been observed that the wild-type variation in melting analysis is much greater with FFPE DNA than DNA from frozen tissues or peripheral blood (data not shown).
Melting ice is much more slippery, in which sole abrasion does not improve slip resistance.
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